How China NCAP is promoting the progress of automotive technical development in China. Presentation given at the 2014 Global NCAP Annual Meeting. CATARC, Tianjin, China. 30 October 2014
This document outlines various safety standards for vehicles from different organizations. It includes standards for frontal impact, bumpers, side impact protection, rear impact, headrests, seats, pedestrian protection, steering columns, roof crush resistance, and rollover protection. The standards are from the FMVSS (Federal Motor Vehicle Safety Standards) in the US, ECE (Economic Commission for Europe) regulations, and AIS (Abbreviated Injury Scale) assessments.
Three sentences summarizing the document:
The document discusses vehicle safety evaluation and certification processes. It covers crash worthiness testing and reviews of accident data, and provides details on various safety standards and regulations regarding occupant protection, crash testing facilities, and crash dummies. Terminology related to crashworthiness is defined.
Prabhu_Krishnan_CAE_ENGINEER_Resume_20170205Prabhu K
This resume is for Prabhu Krishnan, an aerospace and automotive CAE engineer with over 4 years of experience. He has worked at Senshin Technologies in Japan since 2015 and at Cyient in India from 2013 to 2015. He has expertise in finite element analysis tools like HyperMesh, Nastran, Abaqus and Ansys. Some of his projects include structural analysis of Bombardier aircraft components, automotive durability analysis, and performance calculations for UAV propellers. He has a M.Tech in Aerospace Engineering and B.E in Aeronautical Engineering.
The document discusses India's proposed Bharat New Vehicle Safety Assessment Program (BNVSAP). BNVSAP would establish India's first new car assessment program and official vehicle safety testing starting in October 2017. Cars will receive star ratings based on safety performance tests covering frontal offset crashes, side impacts, pedestrian protection, and rear impacts. BNVSAP aims to harmonize India's vehicle safety standards with global standards and help automakers export locally produced cars more widely. It is estimated that compliance with BNVSAP safety norms will increase vehicle costs in India by 8-15%.
The document summarizes key aspects of road safety in Ethiopia, including:
- Institutional roles like the Ministry of Transport and Road Fund Agency.
- Infrastructure issues like increasing the road network but designs prioritizing vehicles over pedestrians and cyclists.
- Vehicle standards exist but focus more on attributes like age not safety.
- Pre-hospital emergency response is inadequate outside Addis Ababa.
- Road crashes are a severe problem, with over 4,500 fatalities in 2018, though actual figures are likely higher due to underreporting. Speeding and not wearing seatbelts or helmets are common causes.
Introduction to Automotive Safety and Assessment Engineering Program at TGGS-...Julaluk Carmai
The document discusses the Automotive Safety and Assessment Engineering (ASAE) program at the King Mongkut's University of Technology North Bangkok. It provides an overview of the program's history, research focus areas including vehicle safety, pedestrian safety, and motorcycle safety. It also outlines the program's course curriculum, research activities involving crash tests, simulations, and collaboration with international universities. The ASAE program aims to develop testing protocols and safety standards while researching injury mechanisms to improve vehicle and traffic safety.
“CONCEPT VALIDATION AND DESIGN SYNTHESIS OF CAR DASHBOARD AS PER PLASTIC TRIM...Jayesh Sarode
The evolution of dashboard has led to increased
vehicle occupant comfort and convenience as new systems
become available. The project work aims to develop the work
to apply theoretical and practical tools/techniques to solve
real life problems related to industry and current research in
this project automobile (Car) dashboard upper cover is
selected for a design. For doing so conceptual design tool is
used. I am created a five different concepts using different
benchmarking & brainstorming. Select a best option using
different tools in six sigma like trade off analysis. Threedimensional
CAD software (such as CATIA) is used to develop a
CAD model same as concept. The aim is to achieve the essential
function at the lowest overall cost while maintaining
customers’ optimum value assurance. In this project I try to
develop a such dashboard design which follow a design
guidelines, And analyze and discuss the results to Obtain valid
conclusions which follows a design Standards.
This document outlines various safety standards for vehicles from different organizations. It includes standards for frontal impact, bumpers, side impact protection, rear impact, headrests, seats, pedestrian protection, steering columns, roof crush resistance, and rollover protection. The standards are from the FMVSS (Federal Motor Vehicle Safety Standards) in the US, ECE (Economic Commission for Europe) regulations, and AIS (Abbreviated Injury Scale) assessments.
Three sentences summarizing the document:
The document discusses vehicle safety evaluation and certification processes. It covers crash worthiness testing and reviews of accident data, and provides details on various safety standards and regulations regarding occupant protection, crash testing facilities, and crash dummies. Terminology related to crashworthiness is defined.
Prabhu_Krishnan_CAE_ENGINEER_Resume_20170205Prabhu K
This resume is for Prabhu Krishnan, an aerospace and automotive CAE engineer with over 4 years of experience. He has worked at Senshin Technologies in Japan since 2015 and at Cyient in India from 2013 to 2015. He has expertise in finite element analysis tools like HyperMesh, Nastran, Abaqus and Ansys. Some of his projects include structural analysis of Bombardier aircraft components, automotive durability analysis, and performance calculations for UAV propellers. He has a M.Tech in Aerospace Engineering and B.E in Aeronautical Engineering.
The document discusses India's proposed Bharat New Vehicle Safety Assessment Program (BNVSAP). BNVSAP would establish India's first new car assessment program and official vehicle safety testing starting in October 2017. Cars will receive star ratings based on safety performance tests covering frontal offset crashes, side impacts, pedestrian protection, and rear impacts. BNVSAP aims to harmonize India's vehicle safety standards with global standards and help automakers export locally produced cars more widely. It is estimated that compliance with BNVSAP safety norms will increase vehicle costs in India by 8-15%.
The document summarizes key aspects of road safety in Ethiopia, including:
- Institutional roles like the Ministry of Transport and Road Fund Agency.
- Infrastructure issues like increasing the road network but designs prioritizing vehicles over pedestrians and cyclists.
- Vehicle standards exist but focus more on attributes like age not safety.
- Pre-hospital emergency response is inadequate outside Addis Ababa.
- Road crashes are a severe problem, with over 4,500 fatalities in 2018, though actual figures are likely higher due to underreporting. Speeding and not wearing seatbelts or helmets are common causes.
Introduction to Automotive Safety and Assessment Engineering Program at TGGS-...Julaluk Carmai
The document discusses the Automotive Safety and Assessment Engineering (ASAE) program at the King Mongkut's University of Technology North Bangkok. It provides an overview of the program's history, research focus areas including vehicle safety, pedestrian safety, and motorcycle safety. It also outlines the program's course curriculum, research activities involving crash tests, simulations, and collaboration with international universities. The ASAE program aims to develop testing protocols and safety standards while researching injury mechanisms to improve vehicle and traffic safety.
“CONCEPT VALIDATION AND DESIGN SYNTHESIS OF CAR DASHBOARD AS PER PLASTIC TRIM...Jayesh Sarode
The evolution of dashboard has led to increased
vehicle occupant comfort and convenience as new systems
become available. The project work aims to develop the work
to apply theoretical and practical tools/techniques to solve
real life problems related to industry and current research in
this project automobile (Car) dashboard upper cover is
selected for a design. For doing so conceptual design tool is
used. I am created a five different concepts using different
benchmarking & brainstorming. Select a best option using
different tools in six sigma like trade off analysis. Threedimensional
CAD software (such as CATIA) is used to develop a
CAD model same as concept. The aim is to achieve the essential
function at the lowest overall cost while maintaining
customers’ optimum value assurance. In this project I try to
develop a such dashboard design which follow a design
guidelines, And analyze and discuss the results to Obtain valid
conclusions which follows a design Standards.
The document discusses vehicle classification, chassis, and body components. It covers:
- Three main vehicle classifications: single unit, articulated, and heavy tractor vehicles.
- Vehicle layout is defined by power plant location, steering position, and drivetrain. The chassis includes frames, dimensions, and materials.
- Body construction details integrated body designs and interior systems like dashboards and seating.
- Vehicle types are further broken down into passenger, goods, buses, and lorries/trucks categories.
- Key chassis components like engines, drivetrains, suspensions, steering and fuel systems are also outlined.
Vehicle categories are essential for regulating the automotive industry internationally. There are several international organizations that classify vehicles for regulatory purposes, with the main ones being NHTSA in the US and UNECE (ECE) in Europe. ECE vehicle categories include M (passenger vehicles), N (goods vehicles), L (three-wheeled or smaller vehicles), T/R/S (agricultural vehicles), and O (trailers). Passenger vehicles are further broken down by size and use. The document then provides examples to illustrate the various vehicle types that fall under the different international classification systems.
Side Impact and composite rail analysis using LS-DYNASuravi Banik
Side impact test of truck was simulated in LS-DYNA with pole and moving deformable barrier according to FMVSS and IIHS. Composite materials were used in rails to see the difference between steel and composite.
Proper tire maintenance is an important safety function often neglected. The importance of properly maintaining your tires cannot be overemphasized. Remember, tires are the only contact between your vehicle and the road.
URL:http://www.nokiantires.com/company/news-article/new-nokian-wr-allweather-tires-forget-the-forecast-2/
This document defines various automotive crash and safety terms and concepts. It discusses vehicle classifications, weight classifications, crashworthiness requirements, and injury reference points like H-point and R-point. It also covers topics like vehicle coordinate systems, deformable crash structures, restraint systems, and anthropometric test devices that represent human characteristics and percentiles.
Car crashes are caused by human error, faulty equipment, weather, and other factors. To test vehicle safety, experiments are conducted including frontal impact, side impact, and rollover tests. Vehicles are given star ratings based on factors like structural integrity and injury measures. Safety features include active systems like ABS and DSC that help prevent crashes, and passive systems like airbags and seatbelts that mitigate injury during a crash. Proper use of all vehicle safety systems and features can help reduce accident risks and injuries.
The document provides definitions and guidelines for the International Safety Management Code. It outlines the objectives of the code which are to ensure safety at sea, prevent injury and loss of life, and avoid damage to the environment. It also defines key terms and establishes requirements for companies and ships to develop safety management systems addressing policies, roles and responsibilities, training, emergency preparedness, documentation, audits and more.
This document discusses various aspects of automobile safety, including active safety features that help prevent crashes (e.g. brakes, lights), passive safety features that protect during crashes (e.g. airbags, seatbelts), and safety issues for different demographic groups (e.g. teens, elderly). It provides detailed lists and explanations of active safety technologies like driver assistance systems, crashworthiness features, and factors that influence safety like vehicle color. International safety trends over time and differences between countries are also reviewed.
Vehicle Body Terminology, Visibility & SpaceRajat Seth
This document discusses key terms related to vehicle body engineering including tailfins, center consoles, fascias, and other exterior and interior body parts. It also covers requirements for automobile body design such as strength, stiffness, adequate interior space, minimizing air drag, weather protection, corrosion resistance, and safety in accidents. Finally, it addresses the importance of visibility and methods to improve frontal, downward, and rearward visibility for drivers through strategic window placement and sizing.
Robert A. Mehl has experience in seat engineering, structural analysis, testing, and design. He has performed structural analysis using FEA on automotive seats to evaluate loading conditions. He has also provided litigation support analyzing automotive crash test data. Mehl has experience designing seatbelt systems, ensuring proper strength, routing and accessibility to meet safety standards. Additionally, he led the design of a military gunner turret sling seat, meeting requirements for increased comfort, survivability, and blast performance while reducing costs.
The document discusses advancements in automobile safety technologies. It describes how anti-lock braking systems (ABS) work to prevent wheel lock and maintain steering control during braking. ABS uses sensors to monitor wheel speed and a microprocessor to compare speeds and control valves to rapidly brake and release wheels. This allows for shorter stopping distances. Newer systems also control front-to-rear brake bias electronically. Airbags are described as occupant restraint systems that inflate during impacts to cushion occupants. Different types like driver, passenger and curtain airbags are discussed. Traction control builds on ABS to control engine and braking for individual wheels to maintain traction on slippery surfaces. Automakers now spend billions annually developing new safety technologies.
The document discusses the major components of aircraft, including the fuselage, wings, empennage, landing gear, and power plant. It describes the construction and design of aircraft fuselages, including open truss, monocoque, and semi-monocoque structures. It also briefly discusses wings, the empennage, landing gear, and factors considered in aircraft component design like fatigue life and material selection.
Developing Commercial Vehicles Inspired by NatureAltair
As Germany's largest independent engineering partner to the worldwide automotive industry, EDAG is continuously seeking for new technologies and innovative processes to streamline vehicle development. EDAG has a profound expertise in integrated development and the optimization of vehicles, production facilities, derivatives, and modules. To meet fuel efficiency and emission reduction goals, structurally efficient lightweight designs are demanded in the development of passenger cars and commercial vehicles alike. To fulfill customer demands and to deliver lighter and yet fully functional and validated components in shorter time, EDAG is leveraging its engineering knowledge to combine state-of-the-art computer aided engineering tools, in this case Altair's OptiStruct, with new production technologies such as additive manufacturing. OptiStruct enabled the EDAG engineers to design lightweight and, by being inspired by nature, yet stiff structures of a cabin and a chassis. The components were then manufactured using additive manufacturing methods. To find the optimal solution for the final design the engineers later also conducted multi-physical optimizations, combining strength and crash demands of the vehicle, using an equivalent linear approach. The entire development and manufacturing process for the cabin and chassis structures will be subject of this presentation, showing how a combination of topology optimization and additive manufacturing leads to lighter and stiffer products. The project is a prime example of how mature CAE technology can be adjusted and used in combination with new manufacturing methods to introduce revolutionary structural enhancements within the transportation sector.
Speakers
Andreas Pfeiffer, Development Engineer, EDAG
Optimization for Frontal Impact under section FMVSS-208 and IIHS criteria in which analysis carried on Fixed barrier with 100%, 40% collision and small offset rigid barrier with 25% collision. Done simulation to see how well a passenger vehicle would protect its occupants in the event of a serious real-world frontal crash.
Roof Crush Analysis using Test Protocols of FMVSS 216Vaibhav porwal
Validation of Roof Crush analysis involving passenger dummy, side-airbag, and steering wheel. Optimized the roof strength to improve the design of the B-pillar and material property.
The document discusses various active and passive safety features in modern cars that aim to prevent accidents and minimize injury. It describes technologies like radar, lasers, and infrared cameras used for collision avoidance systems. It also details features that protect occupants during crashes such as seatbelts, airbags, crumple zones, anti-lock braking systems, electronic stability control, and child safety seats. The document provides information on how these systems work and their effectiveness in reducing accident severity.
Vehicle Body Engineering Car Body ConstructionRajat Seth
The document discusses the construction of car bodies, describing various sub-assemblies that make up the body shell. These include the underbody assembly, body side assembly, shroud and dash panel assembly, roof and back window panels, center pillar, rear bulkhead, front end work, front wings, door panel assembly, bonnet assembly and more. Each sub-assembly is constructed separately then welded together to form the complete car body shell structure.
This document discusses the roles and responsibilities of the Military Type Certificate Holder (MTCH) under the European Military Aviation Requirements (EMAR 21). It raises concerns that some member states interpret EMAR 21 to mean the MTCH must be a "servant of the state", rather than requiring a Design Organization Approval (DOA) as stipulated in EMAR 21. This could lead to inefficient practices and safety issues if type design and certification are not consistent across borders. The document advocates aligning the MTCH role with international civil aviation conventions to realize the full benefits of harmonization.
The document provides guidance on basic car maintenance to prevent bigger issues and save money. It lists several key areas of maintenance including changing the engine oil every 3,000-10,000 miles depending on the manufacturer; checking brake fluid levels regularly; checking and maintaining proper tire pressure weekly; and checking engine coolant levels for long trips. Regular maintenance of air filters, hoses, belts, and wiper blades is also recommended.
C-NCAP has evaluated over 300 vehicle types in the past 10 years. The 2018 version of C-NCAP introduces adjustments to test protocols and evaluation methods, including changes to the chest index evaluation, whiplash test speed, and rating system. It also adds new tests for pedestrian protection and autonomous emergency braking (AEB) systems. Scoring requirements will become more stringent over time, with the minimum score needed for a 5-star rating increasing from 75% in 2018 to 85% by 2020.
- JNCAP is aiming to enhance vehicle safety regulations and assessments in Japan.
- For pedestrian protection tests in 2016, the impact speed will increase to 40km/h and evaluation criteria will become more stringent.
- For preventive safety assessments in 2016, AEB testing will be expanded to include pedestrian scenarios at night and with obstructions.
- Overall, JNCAP is working to strengthen various collision and preventive safety evaluations in order to further reduce traffic fatalities in Japan.
The document discusses vehicle classification, chassis, and body components. It covers:
- Three main vehicle classifications: single unit, articulated, and heavy tractor vehicles.
- Vehicle layout is defined by power plant location, steering position, and drivetrain. The chassis includes frames, dimensions, and materials.
- Body construction details integrated body designs and interior systems like dashboards and seating.
- Vehicle types are further broken down into passenger, goods, buses, and lorries/trucks categories.
- Key chassis components like engines, drivetrains, suspensions, steering and fuel systems are also outlined.
Vehicle categories are essential for regulating the automotive industry internationally. There are several international organizations that classify vehicles for regulatory purposes, with the main ones being NHTSA in the US and UNECE (ECE) in Europe. ECE vehicle categories include M (passenger vehicles), N (goods vehicles), L (three-wheeled or smaller vehicles), T/R/S (agricultural vehicles), and O (trailers). Passenger vehicles are further broken down by size and use. The document then provides examples to illustrate the various vehicle types that fall under the different international classification systems.
Side Impact and composite rail analysis using LS-DYNASuravi Banik
Side impact test of truck was simulated in LS-DYNA with pole and moving deformable barrier according to FMVSS and IIHS. Composite materials were used in rails to see the difference between steel and composite.
Proper tire maintenance is an important safety function often neglected. The importance of properly maintaining your tires cannot be overemphasized. Remember, tires are the only contact between your vehicle and the road.
URL:http://www.nokiantires.com/company/news-article/new-nokian-wr-allweather-tires-forget-the-forecast-2/
This document defines various automotive crash and safety terms and concepts. It discusses vehicle classifications, weight classifications, crashworthiness requirements, and injury reference points like H-point and R-point. It also covers topics like vehicle coordinate systems, deformable crash structures, restraint systems, and anthropometric test devices that represent human characteristics and percentiles.
Car crashes are caused by human error, faulty equipment, weather, and other factors. To test vehicle safety, experiments are conducted including frontal impact, side impact, and rollover tests. Vehicles are given star ratings based on factors like structural integrity and injury measures. Safety features include active systems like ABS and DSC that help prevent crashes, and passive systems like airbags and seatbelts that mitigate injury during a crash. Proper use of all vehicle safety systems and features can help reduce accident risks and injuries.
The document provides definitions and guidelines for the International Safety Management Code. It outlines the objectives of the code which are to ensure safety at sea, prevent injury and loss of life, and avoid damage to the environment. It also defines key terms and establishes requirements for companies and ships to develop safety management systems addressing policies, roles and responsibilities, training, emergency preparedness, documentation, audits and more.
This document discusses various aspects of automobile safety, including active safety features that help prevent crashes (e.g. brakes, lights), passive safety features that protect during crashes (e.g. airbags, seatbelts), and safety issues for different demographic groups (e.g. teens, elderly). It provides detailed lists and explanations of active safety technologies like driver assistance systems, crashworthiness features, and factors that influence safety like vehicle color. International safety trends over time and differences between countries are also reviewed.
Vehicle Body Terminology, Visibility & SpaceRajat Seth
This document discusses key terms related to vehicle body engineering including tailfins, center consoles, fascias, and other exterior and interior body parts. It also covers requirements for automobile body design such as strength, stiffness, adequate interior space, minimizing air drag, weather protection, corrosion resistance, and safety in accidents. Finally, it addresses the importance of visibility and methods to improve frontal, downward, and rearward visibility for drivers through strategic window placement and sizing.
Robert A. Mehl has experience in seat engineering, structural analysis, testing, and design. He has performed structural analysis using FEA on automotive seats to evaluate loading conditions. He has also provided litigation support analyzing automotive crash test data. Mehl has experience designing seatbelt systems, ensuring proper strength, routing and accessibility to meet safety standards. Additionally, he led the design of a military gunner turret sling seat, meeting requirements for increased comfort, survivability, and blast performance while reducing costs.
The document discusses advancements in automobile safety technologies. It describes how anti-lock braking systems (ABS) work to prevent wheel lock and maintain steering control during braking. ABS uses sensors to monitor wheel speed and a microprocessor to compare speeds and control valves to rapidly brake and release wheels. This allows for shorter stopping distances. Newer systems also control front-to-rear brake bias electronically. Airbags are described as occupant restraint systems that inflate during impacts to cushion occupants. Different types like driver, passenger and curtain airbags are discussed. Traction control builds on ABS to control engine and braking for individual wheels to maintain traction on slippery surfaces. Automakers now spend billions annually developing new safety technologies.
The document discusses the major components of aircraft, including the fuselage, wings, empennage, landing gear, and power plant. It describes the construction and design of aircraft fuselages, including open truss, monocoque, and semi-monocoque structures. It also briefly discusses wings, the empennage, landing gear, and factors considered in aircraft component design like fatigue life and material selection.
Developing Commercial Vehicles Inspired by NatureAltair
As Germany's largest independent engineering partner to the worldwide automotive industry, EDAG is continuously seeking for new technologies and innovative processes to streamline vehicle development. EDAG has a profound expertise in integrated development and the optimization of vehicles, production facilities, derivatives, and modules. To meet fuel efficiency and emission reduction goals, structurally efficient lightweight designs are demanded in the development of passenger cars and commercial vehicles alike. To fulfill customer demands and to deliver lighter and yet fully functional and validated components in shorter time, EDAG is leveraging its engineering knowledge to combine state-of-the-art computer aided engineering tools, in this case Altair's OptiStruct, with new production technologies such as additive manufacturing. OptiStruct enabled the EDAG engineers to design lightweight and, by being inspired by nature, yet stiff structures of a cabin and a chassis. The components were then manufactured using additive manufacturing methods. To find the optimal solution for the final design the engineers later also conducted multi-physical optimizations, combining strength and crash demands of the vehicle, using an equivalent linear approach. The entire development and manufacturing process for the cabin and chassis structures will be subject of this presentation, showing how a combination of topology optimization and additive manufacturing leads to lighter and stiffer products. The project is a prime example of how mature CAE technology can be adjusted and used in combination with new manufacturing methods to introduce revolutionary structural enhancements within the transportation sector.
Speakers
Andreas Pfeiffer, Development Engineer, EDAG
Optimization for Frontal Impact under section FMVSS-208 and IIHS criteria in which analysis carried on Fixed barrier with 100%, 40% collision and small offset rigid barrier with 25% collision. Done simulation to see how well a passenger vehicle would protect its occupants in the event of a serious real-world frontal crash.
Roof Crush Analysis using Test Protocols of FMVSS 216Vaibhav porwal
Validation of Roof Crush analysis involving passenger dummy, side-airbag, and steering wheel. Optimized the roof strength to improve the design of the B-pillar and material property.
The document discusses various active and passive safety features in modern cars that aim to prevent accidents and minimize injury. It describes technologies like radar, lasers, and infrared cameras used for collision avoidance systems. It also details features that protect occupants during crashes such as seatbelts, airbags, crumple zones, anti-lock braking systems, electronic stability control, and child safety seats. The document provides information on how these systems work and their effectiveness in reducing accident severity.
Vehicle Body Engineering Car Body ConstructionRajat Seth
The document discusses the construction of car bodies, describing various sub-assemblies that make up the body shell. These include the underbody assembly, body side assembly, shroud and dash panel assembly, roof and back window panels, center pillar, rear bulkhead, front end work, front wings, door panel assembly, bonnet assembly and more. Each sub-assembly is constructed separately then welded together to form the complete car body shell structure.
This document discusses the roles and responsibilities of the Military Type Certificate Holder (MTCH) under the European Military Aviation Requirements (EMAR 21). It raises concerns that some member states interpret EMAR 21 to mean the MTCH must be a "servant of the state", rather than requiring a Design Organization Approval (DOA) as stipulated in EMAR 21. This could lead to inefficient practices and safety issues if type design and certification are not consistent across borders. The document advocates aligning the MTCH role with international civil aviation conventions to realize the full benefits of harmonization.
The document provides guidance on basic car maintenance to prevent bigger issues and save money. It lists several key areas of maintenance including changing the engine oil every 3,000-10,000 miles depending on the manufacturer; checking brake fluid levels regularly; checking and maintaining proper tire pressure weekly; and checking engine coolant levels for long trips. Regular maintenance of air filters, hoses, belts, and wiper blades is also recommended.
C-NCAP has evaluated over 300 vehicle types in the past 10 years. The 2018 version of C-NCAP introduces adjustments to test protocols and evaluation methods, including changes to the chest index evaluation, whiplash test speed, and rating system. It also adds new tests for pedestrian protection and autonomous emergency braking (AEB) systems. Scoring requirements will become more stringent over time, with the minimum score needed for a 5-star rating increasing from 75% in 2018 to 85% by 2020.
- JNCAP is aiming to enhance vehicle safety regulations and assessments in Japan.
- For pedestrian protection tests in 2016, the impact speed will increase to 40km/h and evaluation criteria will become more stringent.
- For preventive safety assessments in 2016, AEB testing will be expanded to include pedestrian scenarios at night and with obstructions.
- Overall, JNCAP is working to strengthen various collision and preventive safety evaluations in order to further reduce traffic fatalities in Japan.
Richard Cuerden, Chief Scientist and Research Director, Transport Research La...Global NCAP
This document summarizes a study conducted by TRL that assessed the potential for vehicle safety standards to prevent traffic deaths and injuries in Latin America. The study estimated that adopting minimum UN vehicle safety regulations could prevent between 14,000 and 40,000 car occupant fatalities in Latin America by 2030. It also concluded that the economic benefit of preventing these casualties could be up to $143 billion USD. The study recommends that Latin American countries urgently adopt and enforce UN regulations on occupant protection and electronic stability control to help reduce the number of preventable traffic deaths.
The document summarizes the 2015 updated status of the Korean New Car Assessment Program (KNCAP). KNCAP has been conducting vehicle safety tests and ratings since 1999 to promote safer vehicles and inform buyers. It tests over 130 vehicles annually in categories like frontal impact, side impact, and pedestrian protection. Future tests will include more stringent protocols, additional safety technologies, and 5th percentile female and child dummies. KNCAP also renewed its homepage for better ratings display and global outreach. The Korean government funds vehicle safety research through 2017 to develop technologies for active safety and autonomous vehicles.
This document discusses the importance of improving road transport enforcement in Europe. It notes that fatigue is a major risk factor, causing 20% of commercial road accidents and 37% of fatal collisions. The document also highlights gaps in EU legislation and enforcement, including a 75% reduction in enforcement resources, big variations between countries, and drops in detection rates. It recommends strengthening enforcement through improved training, higher fines, and better management of fatigue risks.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Global NCAP provides the following summary of the document:
1. The UN has set a target to halve global road deaths and injuries by 2020 as part of its sustainable development goals, requiring improvements in fatality rates in high, middle, and low income countries.
2. Vehicle safety is a key part of this and the UN recommends policies to implement minimum vehicle safety standards, including for occupant protection, seat belts, air bags, and active safety systems.
3. New Car Assessment Programs (NCAPs) promote safer vehicles by providing consumer information on safety ratings, and encouraging manufacturers to improve safety standards. Global NCAP works to support NCAPs globally and promote minimum safety standards.
A Brief History of the IIHS Small Overlap Crash Test, Adrian Lund, President ...Global NCAP
The document summarizes the history and development of the small overlap front crash test conducted by the IIHS. It describes how small overlap crashes account for a significant portion of real-world frontal crashes but vehicles were not adequately tested for this type of impact. The IIHS developed a new small overlap test in 2012 and found most vehicles performed poorly. However, automakers have since redesigned vehicles, with over 70 models improving performance after design changes to better protect occupants in these types of crashes.
Euro NCAP is a public-private partnership established in 1997 to provide car buyers with independent crash-safety information. It has helped improve safety standards by rating vehicles based on rigorous testing protocols. Over 20 years, Euro NCAP testing has evolved from addressing basic safety issues to now evaluating advanced driver assistance systems. It works closely with automakers through various working groups to develop new testing protocols and encourage safety innovations, while continuing to push for higher standards that better protect all road users.
Bayer's Makrolon polycarbonate is a leading material in the engineering plastics market. It faces high risks from new entrants, substitute products, and bargaining power from suppliers and buyers. Bayer has integrated branding of Makrolon and partnerships in China to strengthen its competitive position. It focuses on research and development as well as maintaining high quality and a trusted brand to retain customers. Regulations and competition present ongoing challenges that Bayer addresses through innovation.
Mike Bertamini, Road Transportation Safety Lead Canada, Shell Canada Ltd.Global NCAP
Shell has a road safety strategy to become a world class leader in road safety by eliminating all road incidents involving its road transportation activities. The strategy focuses on improving driver behavior through training, monitoring vehicles, and ensuring minimum fleet safety requirements. It also involves working with internal and external stakeholders to meet this goal of zero incidents.
This document outlines the National Highway Traffic Safety Administration's plans to modernize the New Car Assessment Program (NCAP). Key points include:
- NCAP currently tests vehicle crashworthiness but will expand to also rate crash avoidance technologies and pedestrian protection.
- The updated program aims to provide more consumer information, encourage safety innovation, and further reduce traffic deaths which numbered over 32,000 in 2013.
- Planned changes include adding new tests, using half-star ratings, providing an overall vehicle safety score, and keeping the ratings dynamically updated to push for continuous safety improvements.
The document summarizes recent updates to Global NCAP ratings including expanded testing of advanced driver assistance systems and improved protections for child passengers. More vehicles are receiving the highest 5-star safety rating and offering ISOFIX child seat mounts. Euro NCAP also introduced new tests for pedestrian detection systems which have shown promising performance from the latest vehicles. Upcoming revisions through 2020 aim to further support automated driving functions and higher levels of vehicle autonomy.
The IIHS has introduced a new headlight rating program to evaluate headlights and improve safety. Their motivation is that over 16,000 crashes occur annually in dark conditions and better headlights could help reduce these. Their tests evaluate headlights on curves and straightaways to measure visibility and glare. In their first release rating 31 vehicles, they found most headlights performed poorly. Future plans include rating more vehicle types to help consumers identify vehicles with better headlights.
In this file, you can ref interview materials for lighting such as, lighting situational interview, lighting behavioral interview, lighting phone interview, lighting interview thank you letter, lighting interview tips …
Cibié OSCAR additional headlight range 2014 968317 English catalogueHugo Vallet
Cibié OSCAR additional headlight range 2014 968317 English catalogue
As one of the worldwide leaders in Original Equipment lighting systems with more than 80 years’ experience, Valeo aims to supply top quality products that enhance drivers’ comfort and security. CIBIÉ, the well-known lighting systems specialized brand of the Valeo Group, presents its new auxiliary headlamp ranges:
OSCAR Halogen, the original product, which is widely used in rally competition, as well as in famous race tracks around the world.
OSCAR Halogen
‣ 7 inch / 180 mm
‣ Powerful: 141 000 cd
‣ Long-range: 300 m / 984 ft
OSCAR + Halogen
low space on bumper
‣ 7 inch / 180 mm
‣ Powerful: 141 000 cd
‣ Long-range: 300 m / 984 ft
Super OSCAR Halogen
‣ 9 inch / 230 mm
‣ Powerful: 150 000 cd
‣ Long-range: 370 m / 1213 ft
OSCAR LED, which combines the stylish effect of high-quality manufactured products and modern LED technology to ensure night driving precision and visibility.
Mini OSCAR LED
‣ 5 inch / 130 mm
‣ LED power: 75 000 cd
‣ Extra beam: 340 m / 1115 ft
‣ Safety certification: ECE / SAE / CCC
OSCAR LED
‣ 7 inch / 180 mm
‣ LED power: 75 000 cd
‣ Extra beam: 370 m / 1213 ft
‣ Safety certification: ECE / SAE / CCC
Super OSCAR LED
‣ 9 inch / 230 mm
‣ LED power: up to 125 000 cd
‣ Extra beam: up to 500 m / 1640 ft
‣ Safety certifi cation: ECE / SAE / CCC
‣ Wide beam and Position Lamp (optional)
• Discover Valeo lighting bulb range: http://youtu.be/xTtLyRRKYN0
Valeo, automotive technology, naturally
• Follow Valeo on facebook : http://www.facebook.com/Valeo.Group
• Follow Valeo on twitter : http://twitter.com/#!/Valeo_Group
Headlights and tail lights are the main lights used on vehicles. Headlights illuminate the road ahead for safe driving at night and usually have high and low beams. Tail lights make the rear of the vehicle visible to other drivers and often incorporate brake lights. Vehicles also have many interior lights, turn signals, parking lights, and other auxiliary lights to increase visibility and safety. Modern lighting systems are electric and carefully designed and positioned around the vehicle.
Valeo Lighting Systems From light to advanced vision technologies valeoscope ...Hugo Vallet
As one of the world’s leaders & multi-specialist in Visibility and Lighting systems, Valeo offers you:
• Full information about lighting technology, from replacement parts to diagnosis and maintenance.
• A complete aftermarket product offer with more than 2500 part numbers.
• 100% Valeo O.E. on headlamps, rearlamps, foglamps and DRL.
• A full range of Halogen and LED auxiliary lamps for passenger cars, trucks and agricultural vehicles.
• A complete range of bulbs specifically developed by Valeo for the aftermarket.
• A full range of services available: training, technical support, point of sales material, logistic services “speed, service and quality”.
Valeo Tech-Assist, the 24/7 online technical database for Valeo's spare parts: http://www.valeo-techassist.com
Access Valeo's Lighting Systems product catalogues:
• Lighting & Signalling Left-hand Drive LHD catalogue: http://www.slideshare.net/ValeoService/valeo-passenger-car-light-commerciavaleo-passenger-car-light-commercial-vehicles-lighting-signalling-left-hand-drive-catalogue-954099l-vehicles-lighting-signalling-left-hand-drive-catalogue-954099
• Lighting & Signalling Right-hand Drive RHD catalogue: http://www.slideshare.net/ValeoService/valeo-passenger-car-light-commercial-vehicles-lighting-signalling-right-hand-drive-catalogue-954098
• Cibié OSCAR Halogen & LED catalogue: http://www.slideshare.net/ValeoService/cibi-oscar-additional-headlight-range-2014-968317-english-catalogue
• Lighting & Signalling bulb catalogue: http://www.slideshare.net/ValeoService/valeo-passenger-car-lighting-signaling-bulbs-quickfinder-catalogue-954040
Discover Valeo's lighting technologies on YouTube:
• How does work BeamAtic® PremiumLED? https://youtu.be/pBA4gOtiqrk
• Today great inventors of lighting technologies work at Valeo: https://youtu.be/cREigMFVdSM
• Ready to switch to BeamAtic® PremiumLED?: https://youtu.be/izzuYvoZFxs
• Valeo Laser Lighting Technology: https://youtu.be/fSQFpWU6VhM
• Cibié OSCAR® LED auxiliary headlamp range: https://youtu.be/LT73AiBRI0w
Discover other valeoscope brochures:
• Air Conditioning: http://www.slideshare.net/ValeoService/valeo-air-conditioning-valeoscope-technical-brochure-ac-handbook-part-1-998321
• Clutch KIT4P conversion kits: http://www.slideshare.net/ValeoService/valeo-transmission-systems-clutch-kit4p-valeoscope-technical-handbook-998100
• Dual-Mass flywheel technology: http://www.slideshare.net/ValeoService/valeo-transmission-systems-dualmass-flywheel-valeoscope-product-focus-998120
• Seft-Adjusting Technology & High-Efficiency Clutches: http://www.slideshare.net/ValeoService/valeo-transmission-systems-clutch-sathec-valeoscope-product-focus-998121
• Truck brake pad diag & fit: http://www.slideshare.net/ValeoService/truck-brake-pad-fault-assessment-valeoscope-diagfit-brochure-957100
Find all Valeo's lighting & signalling spare parts on http://www.valeoservice.com
Valeo, automotive technology, naturally.
Homologation requirements act as barriers to international markets for automotive companies. While India has developed automotive technology, homologation standards make it difficult to access international markets. Homologation involves obtaining governmental approval by documenting vehicle performance, submitting samples for testing, and demonstrating compliance. It can involve type approval, where compliance is proven before sale, or self-certification, where witnessed testing before sale is not required. Meeting homologation requirements increases costs, but provides access to growing automotive markets.
Bis ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc.ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc. ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc. ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc. ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc. Bis ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc.ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc. ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as detailed in ppt. Type approval system is similar to un sc. ppt for presenting Indian standards in brief.it is a country report on v hicle safety and environment. It refelects bis architecture and other details. It is 24 pages. And provided first 02 slides provides details regarding commitee and introduction. There are four committees as de
The document proposes a new certification scheme for automated/autonomous vehicles that considers the increased complexity and scenarios that cannot be fully tested on tracks or benches. The concept includes three pillars: 1) An audit of the development process and safety concept. 2) Physical certification tests of critical scenarios. 3) A real-world test drive to assess overall capabilities. Together these evaluate if the system was designed safely and performs comparable to an experienced driver. Simulation is also used to test variations that are difficult to assess otherwise. The approach aims to demonstrate safety for market introduction in a flexible way that allows for continued technology evolution.
The document discusses truck safety and environmental technologies and their impact on regulations. It covers the following key points:
1) Government and industry agendas focus on reducing severity of collisions using technologies like collision avoidance and mitigating driver fatigue through tighter regulations.
2) Emerging technologies like vehicle collision avoidance systems, autonomous trucks, and smart scales present opportunities but also policy challenges around testing, adoption rates, and standards.
3) The trucking industry supports reducing emissions but technologies must be proven for Canadian conditions and prioritize driver safety over regulatory compliance. Testing and reliability standards for new technologies are important.
This document summarizes a workshop on heavy-duty fuel efficiency regulations held on April 29th, 2015. It provides an overview of ARAI, the Automotive Research Association of India, including their emission test facilities. It then discusses the status of fuel economy regulations in India, other countries, and at a global level. Highlights of the Indian emission standard IS 11921 are presented. Finally, it proposes a roadmap for developing heavy-duty vehicle fuel economy standards in India and lists existing heavy-duty vehicle testing facilities in the country.
IRJET- Determination of Critical Downforce Coefficient of a Vehicle for Optim...IRJET Journal
This document describes a study to determine the critical downforce coefficient of a vehicle for optimal aerodynamic performance. The researchers used a Formula SAE race car and the Buddh International Circuit track for simulations. They simulated increasing levels of downforce coefficient and measured the effect on lap times. They found that downforce initially improved lap times by increasing cornering ability. However, beyond a critical point, the increased drag from higher downforce began to outweigh the benefits, slowing lap times. The goal was to determine this critical downforce coefficient value through analytical calculations and simulations using OptimumLap software.
This study analyzes trends in the automotive metal stamping components market between 2015-2025. Key trends include:
1) Vehicle production is shifting to Asia and South America due to economic and population growth.
2) Stricter emissions regulations are increasing pressure on OEMs to improve fuel efficiency and use lightweight materials like hot-stamped steel.
3) Vehicle weight has increased over time but OEMs are now focused on weight reduction using multi-material strategies incorporating various metals and plastics.
4) Hot stamping of steel is becoming more popular for body parts due to strength, mass reduction and cost advantages over other materials.
Armonización de políticas para vehículos ligeros nuevos en América del Norte: Estándares de eficiencia energética, gases de efecto invernadero y contaminantes criterio
7/9/2014-7/10/2014
Mexico City
Transport Systems Catapult (TSC) is addressing barriers to connected and automated transport (CAT) in order to boost the UK's share of the market. TSC is working on projects related to ethics and trust, safety standards and regulation, systems integration and infrastructure, and predicting CAT uptake. Some specific projects include enabling automated vehicle trials, developing CAT standards and forecasting the CAT market. TSC is also conducting collaborative research on challenges of automated driving, multi-car collision avoidance, and using simulation testing to certify automated vehicles.
The document provides recommendations for collecting real-world driving emissions (RDE) data across Europe, including:
1) Testing a range of vehicle types and technologies under different conditions (temperature, altitude, driving dynamics) to be representative of each region.
2) Conducting both laboratory and on-road testing according to regulatory protocols, with on-road tests fulfilling route requirements.
3) Creating an initial European dataset of RDE tests from 11 vehicles across various fuels and technologies, with details on vehicles, routes, and example emissions results provided.
4) Providing guidance documents, evaluation tools, and reminders on supporting elements to help standardize RDE testing procedures and data analysis across countries.
The document discusses autonomous vehicles and driver assistance technologies. It provides statistics on customer usage patterns of existing driver assistance features in different markets. It also outlines the five levels of vehicle automation and BMW's strategic evaluation of advancing automated driving capabilities. Finally, it describes BMW's development of driver assistance systems over 25 years and its recent cooperation with Qualcomm to jointly develop next-generation automated driving software solutions.
This document discusses using virtual integration and early functional validation in vehicle development. It begins by explaining how virtual integration can help control increasing system complexity. It then discusses using a system engineering approach and virtual integration across the whole vehicle. As a use case, it focuses on emergency brake assistance, modeling its various components and integrating them in a virtual vehicle prototype to enable early validation through virtual test driving. Finally, it discusses how virtual integration can be incorporated throughout the development process to improve verification and validation efforts.
- The document discusses external aerodynamic analysis of heavy commercial vehicles (HCVs) using computational fluid dynamics (CFD) simulation and wind tunnel testing.
- It aims to study the coefficient of drag of HCVs with different shapes and heights of wind deflectors. Three-dimensional models of the HCV are created in CATIA and analyzed in ANSYS-CFX to compare flow patterns and drag forces.
- The simulation results will be validated through subsonic wind tunnel testing of scaled physical models, which will also utilize smoke flow visualization and surface pressure distribution measurements.
How They Did It: An Analysis of Emission Defeat Devices in Modern AutomobilesRonald Veisenberger
In this paper, we present our analysis of two families of
software defeat devices for diesel engines: one used by the
Volkswagen Group to pass emissions tests in the US and Europe, and a second that we have found in Fiat Chrysler Automobiles.
Update on Vehicle Safety Testing Plans at IIHS, Adrian Lund, President IIHS &...Global NCAP
Front crash prevention tests award points based on a vehicle's speed reduction in target tests. In a 20 km/h test, vehicles receive points for reducing speed by 8-15 km/h (1 point) or 16+ km/h (2 points). In a 40 km/h test, vehicles receive points for reducing speed by 8-15 km/h (1 point), 16-35 km/h (2 points), or 36+ km/h (3 points). 1 additional point is given for vehicles meeting the NHTSA forward collision warning requirement. The IIHS plans to continue evaluating more vehicles for front crash prevention ratings and increasing the standards over time to encourage improved safety.
IRJET- Development of Vehicle Dynamics for Passenger CarsIRJET Journal
This document discusses the process of vehicle dynamics development for passenger cars. It begins by introducing vehicle dynamics and its importance in the automotive industry. It then outlines the three main phases of vehicle dynamics development:
1) Translating customer voice (VOC) and requirements into vehicle technical specifications (VTS).
2) Developing subsystem technical specifications (SSTS) based on the VTS.
3) Defining component technical specifications (CTS) according to the SSTS.
The document provides details on each phase, emphasizing the process of understanding customer needs and linking them to vehicle specifications at different levels of development. It also gives examples to illustrate how VOC can influence VTS.
Similar to How China NCAP is promoting the progress of automotive technical development in China (20)
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Global NCAP World Congress Session 7, Michael PaineGlobal NCAP
This document discusses safely transporting children in older vehicles that lack modern safety systems. It recommends using a child seat with a built-in harness secured by both a seat belt and top tether anchorage. This configuration provides exceptional crash protection. For older vehicles without rear seat belts, it recommends retrofitting floor-mounted 2-point belts and top tether anchorages. The document also encourages retrofitting 3-point belts and publishes guidelines for doing so. Overall, it aims to improve child safety in older cars through appropriate child restraints and retrofitting vehicles with seat belts and anchorage points.
Global NCAP World Congress Session 7, Ronald VromanGlobal NCAP
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Implementing ELDs or Electronic Logging Devices is slowly but surely becoming the norm in fleet management. Why? Well, integrating ELDs and associated connected vehicle solutions like fleet tracking devices lets businesses and their in-house fleet managers reap several benefits. Check out the post below to learn more.
Expanding Access to Affordable At-Home EV Charging by Vanessa WarheitForth
Vanessa Warheit, Co-Founder of EV Charging for All, gave this presentation at the Forth Addressing The Challenges of Charging at Multi-Family Housing webinar on June 11, 2024.
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Understanding Catalytic Converter Theft:
What is a Catalytic Converter?: Learn about the function of catalytic converters in vehicles and why they are targeted by thieves.
Why are They Stolen?: Discover the valuable metals inside catalytic converters (such as platinum, palladium, and rhodium) that make them attractive to criminals.
Steps to Prevent Catalytic Converter Theft:
Parking Strategies: Tips on where and how to park your vehicle to reduce the risk of theft, such as parking in well-lit areas or secure garages.
Protective Devices: Overview of various anti-theft devices available, including catalytic converter locks, shields, and alarms.
Etching and Marking: The benefits of etching your vehicle’s VIN on the catalytic converter or using a catalytic converter marking kit to make it traceable and less appealing to thieves.
Surveillance and Monitoring: Recommendations for using security cameras and motion-sensor lights to deter thieves.
Statistics and Insights:
Theft Rates by Borough: Analysis of data to determine which borough in NYC experiences the highest rate of catalytic converter thefts.
Recent Trends: Current trends and patterns in catalytic converter thefts to help you stay aware of emerging hotspots and tactics used by thieves.
Benefits of This Presentation:
Awareness: Increase your awareness about catalytic converter theft and its impact on vehicle owners.
Practical Tips: Gain actionable insights and tips to effectively prevent catalytic converter theft.
Local Insights: Understand the specific risks in different NYC boroughs, helping you take targeted preventive measures.
This presentation aims to equip you with the knowledge and tools needed to protect your vehicle from catalytic converter theft, ensuring you are prepared and proactive in safeguarding your property.
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How China NCAP is promoting the progress of automotive technical development in China
1. C-NCAP to promote the progress
of automotive technical
development in China
C-NCAP MMaannaaggeemmeenntt CCeenntteerr
CChhiinnaa AAuuttoommoottiivvee TTeecchhnnoollooggyy && RReesseeaarrcchh CCeenntteerr
22001144..1100..3300
2. History of C-NCAP
Enforcement and achievements
Upgrading of protocol
Conclusions
Adapt to the real situation of China
3. History of C-NCAP
Establish and improve
protocol
Conduct evaluation tests
Publicize results
Organize public activities
4. History of C-NCAP
Enforcement and achievements
Upgrading of protocol
Conclusions
Adapt to the real situation of China
5. Preliminary
research
Preliminary
research
Design of
protocol
Design of
protocol
Research of
testing
technologies
Research of
testing
technologies
Official
tests
Official
tests
U Uppggrraaddiningg
Research of
road accident types
and features
Survey of
composition and
operation of
vehicle fleet
Communications
with all stakeholders
home and abroad
Trial tests
Conduct
researches based
on existing
Chinese
standards, road
conditions and
vehicle
technologies and
testing methods
Information
exchange
Collect
comments
Publicize the
protocol
International
workshops
Training
abroad
Upgrading of
test equipment
Test
management
procedure
Test equipment
and test
technologies
Pre-test
12 types in
2006
25 in 2007
28 in 2008
23 in 2009
30 in 2010
29 in 2011
37 in 2012
38 in 2013
Nearly 40 in
2014
2006 version
protocol
2009 version
protocol
2012 version
protocol
2015 version
protocol
Next version
6. Adapt to the real situation of China
Enforcement and achievements
Upgrading of protocol
Conclusions
History of C-NCAP
8. vehicle types evaluated (2006 version protocol )
Small
Category A
Category B
SUV
MPV
Total
Amount 14 32 27 10 5 88
Volunteer
application 2 5 9 2 2 20
Distribution of evaluation 5+ - - 1 1 - 2
5 4 8 17 2 2 33
4 2 13 6 2 - 23
3 3 9 3 5 2 22
9.1%
25%
37.5%
26.1%
2.3%
2-star
3-star
4-star
5-star
5star+
Evaluation results under 2006
version protocol
9. vehicle types evaluated (2009 version
protocol )
Small
Category A
Category B
SUV
MPV
Total
Amount 8 34 21 17 4 84
Volunteer
application - 15 8 12 1 36
Distribution of evaluation 5+ - - 4 1 - 5
5 2 19 13 11 2 47
4 1 9 4 3 1 18
3 5 6 - 2 1 14
2 - - - - - -
5-star+
5-star
56%
4-star
21%
3-star
17%
6%
Evaluation results under
2009 version protocol
10. vehicle types evaluated (2012 version protocol )
Small
Category A
Category B
SUV
MPV
Total
Amount 4 36 15 20 1 76
Volunteer
application 3 18 7 9 1 38
Distribution of evaluation 5+ - - - - - -
5 1 28 12 16 1 58
4 - 7 3 3 - 13
3 1 - - 1 - 2
3星
2星
3.3% 4.9%
5星
73.8%
4星
18%
Evaluation results under
2012 version protocol
11. Bonus Items
Item Fitment rate under
2006 version protocol
Fitment rate under
2009 version protocol
Fitment rate under
2012 version protocol
Safety belt reminder at
driver side 62. 5% 89. 3% 100%
Safety belt reminder at
co-driver side 39. 8% 65. 5% 92.1%
Side airbag/air curtain 29. 5% 45. 2% 63.2%
ISOFIX - 70. 2% 94.7%
ESC - - 65.8%
100
89. 3
62. 5
92. 1
65. 5
39. 8
63. 2
45. 2
29. 5
120
100
80
60
40
20
0
2006 ver s i on
2009 ver s i on
2012 ver s i on
Saf et y bel t r emi nder at
dr i ver si de
Saf et y bel t r emi nder at co-dr
i ver si de
Si de ai r bag/ ai r cur t ai n
I SOI FX
ESC
12. Distribution of vehicle brands
Domest i c
br ands
I mpor t ed
br ands
4%
Joi nt 42%
vent ur e
br ands
54%
13. Adapt to the real situation of China
Enforcement and achievements
Upgrading of protocol
Conclusions
History of C-NCAP
14. I. Crash Tests
II. Additional Test-Fuel
Consumption Test
III. CRS Evaluation
15. I. Crash Tests
Impact side of
rear seat
■Dummy:SID-IIs
Right side of rear
seats
■P3 dummy
■Child seat
06 version 09 version
■Speed:64 km/h
12 version
Whiplash
test
■Rear
seat
16. 22001155
vveerrssiioonn
protocol Highlights of 2015 version protocol
Bonus items:
—abolish the
Bonus point for
the safety belt
reminder at driver
side
—abolish the
bonus point
for ISOFIX
—add one point
for ESC (1pt-2pts)
Add test requirements for
vehicles with 2 seats and 2 doors
Improve the test index
—abolish the 3ms acceleration
Index , but add the viscosity index
for dummy chest
—quantitative evaluation of the
submarine of dummy
Improve the rating system for
whiplash test
—amend the calculation method
for upper and lower neck
—amend the limits for dynamic
angle of seat back
—amend the calculation method
for the final scoring of whiplash test
Adjust the rating system
Set out higher threshold
for 4 stars and beyond
17. Envisage the 2018 version protocol-passive
safety
– Larger barrier
• Features of Chinese vehicles (average
dimensionsaverage frontal rigidity)
• Impact of MDB to side crash test
• Research and assessment of new side crash
test method
– Pedestrian protection
• Division of head
Impact area
• Accumulation of FLEX legform test data
• Design of evaluation method
– Research of other crash tests
• Rollover test
• Small overlap test
• Pole side impact
18. Envisage the 2018 version protocol-active
safety
– Research of AEB testing and evaluation
• Features of road traffic in China
• Vehicle AEB
• Pedestrian AEB
19. Envisage the 2018 version protocol-active
safety
– Research of other active safety equipment
ESC
AEB ACC
FCW
LDW
BSD
DBS
ISA
Pedestrian
AEB
Red; already adopted in C-NCAP
Yellow; research of test method
ongoing
Blue: feasibility study ongoing
ESC :电子稳定性控制系统
AEB :自主紧急制动系统
ACC:自适应巡航系统
BSD :盲点检测
DBS:动态制动力辅助
FCW:前撞预警
ISA:智能速度辅助
LDW:车道偏离预警
20. Envisage the 2018 version protocol-
Evaluation of new-energy vehicles
– Complete vehicle
• Crash test
• Soaking
• damage of insulation
– Electrical safety
• possibility of firing and
explosion
• Electrical shocking
• Potential damage to
occupants
21. II. Additional Test-Fuel Consumption Test (2006-2014)
Test items and technical requirements
Emission
GB 18352.3-2005 Limits and measurement methods for emissions from light-duty
Differences between C-NCAP test and type approval test
Type approval test
Vehicles already run in for
3000~15000km
Coastdown coefficient provided by
manufacturers
More stringent test requirements adopted
by C-NCAP
C-NCAP test
New vehicles without being run
in
Coastdown coefficient specifed
in the standard
vehicles (Ⅲ, Ⅳ)
Fuel Consumption
GB/T 19233-2008 Measurement methods of fuel consumption for light-duty vehicles
GB 19578-2004 Limits of fuel consumption for passenger cars
GB 27999-2011 Fuel consumption evaluation methods and targets for
passenger...cars
22. III. CRS Assessment (2014)
1. Safety performance
in crash
Frontal crash
Rear crash
2、Ease of use
Instructions
Labels
Sitting of children
Installation of CRS
on vehicles
23. Adapt to the real situation of China
Enforcement and achievements
Upgrading of protocol
Conclusions
History of C-NCAP
24. Conclusions
More efforts to be paid to the study
of traffic accidents in China, so as to
make C-NCAP more suitable to the
situation of China
Further strengthen international
cooperation and coordination
Promote the application of new
automotive technologies