This document lists and describes various types of transportation and service equipment including hydraulic boom flatbed trucks for tire service and equipment repair, compressor-mounted flatbed trucks for tire service, compartmented lubrication trucks, pole trucks and trailers for electrical line work, basket-boom trucks for electrical line work, low boy tractor-trailers for haulage, wreckers for vehicle haulage, graders, loaders and dump trucks for road maintenance, truck cranes and telescoping yard cranes for miscellaneous service, pick-up trucks for general transportation, and heavy-duty rail cars for crew transportation.
This document lists various yachts for sale ranging in size from 16.5 meters to 58 meters long, including models from brands like Drafi, Jaguar, Alalunga, CRN, Custom Line, Apremare, Riva, and Why. The yachts listed are between 16.5 to 39.38 meters long, with one 58 meter yacht listed as a future project.
This document is a 2018 edition of a world floating LNG map that provides details on over 95 FLNG and LNG FSRU projects globally. It serves as the latest blueprint showing the current status and plans for floating LNG and LNG regasification projects around the world. The map aims to track floating LNG developments to help industry players better understand the changing LNG landscape.
The document summarizes mobility in Rome, Italy. It details Rome's underground metro system which consists of 36.5 km of track, 48 stations, and connects the southeast and northwest of the city. The metro aims to reduce air pollution from private, commercial, and public vehicles by providing an alternative form of transportation. The metro expansion is scheduled to be completed in December 2015.
Autonomous vehicles have been envisioned for decades and are now becoming a reality. Tests of autonomous driving technologies began as early as the 1940s. Modern autonomous vehicles use GPS and lidar sensors to map their surroundings and plan routes from point A to B without human input. Major companies like Google, Uber, and Tesla are actively working on autonomous vehicle technologies. While autonomous vehicles could help reduce traffic accidents by 80% by 2050, important questions remain around legal responsibility if accidents occur and how vehicles will handle emergency situations through "death algorithms." The widespread adoption of autonomous vehicles will change transportation but also create new jobs and opportunities.
This document describes three common engine cycles: 1) The Otto cycle used in cars and airplanes, which involves adiabatic expansion, adiabatic compression, and isochoric expansion. 2) The Diesel cycle used in generators, trucks, buses and cars, which involves isobaric, adiabatic, and isochoric processes. 3) The Rankine cycle used in steam engines, which involves adiabatic expansion, isochoric compression, adiabatic compression, and isochoric expansion.
Flywheel operates a container transport system using a hub-and-spoke model that consolidates shipments onto larger trailers for long-distance transport, reducing the number of trucks needed. It picks up containers from client sites and transports them to local yards, then loads containers onto single large trailers for 95% of the journey's distance. At the destination yard, containers are offloaded to smaller trailers for final delivery. This approach removes half as many trucks from roads compared to conventional methods, lowering emissions and making Flywheel more environmentally friendly.
La mobilité dans un monde à 2°C : quel avenir pour les zones périurbaines ?Alicia Bassière
Les voitures occupent une place centrale dans les zones périurbaines en France (et ailleurs dans le monde) : sans elles, les habitants ne peuvent simplement pas y vivre. Ou c’est ce que l’on veut nous faire croire… Quelles sont les alternatives à la voiture individuelle ? Les déplacements en zone périurbaine peuvent-ils réduire leurs émissions de CO2 de manière significative ?
Ce sont autant de questions auxquelles le groupe de travail coordonné par Francisco Luciano pour The Shift Project va tenter de répondre. Ils présenteront les résultats d’une étude argumentée sur le potentiel des alternatives de mobilité bas-carbone en zone périurbaine : un véritable réseau cyclable, le co-voiturage, des transports publics rapides et bien d’autres encore.
Ces conclusions seront présentées puis discutées avec des acteurs majeurs de la mobilité qui discuteront également du futur des voitures individuelles, ainsi que d'autres véhicules, et de leurs possible évolution dans les zones périurbaines.
This document lists and describes various types of transportation and service equipment including hydraulic boom flatbed trucks for tire service and equipment repair, compressor-mounted flatbed trucks for tire service, compartmented lubrication trucks, pole trucks and trailers for electrical line work, basket-boom trucks for electrical line work, low boy tractor-trailers for haulage, wreckers for vehicle haulage, graders, loaders and dump trucks for road maintenance, truck cranes and telescoping yard cranes for miscellaneous service, pick-up trucks for general transportation, and heavy-duty rail cars for crew transportation.
This document lists various yachts for sale ranging in size from 16.5 meters to 58 meters long, including models from brands like Drafi, Jaguar, Alalunga, CRN, Custom Line, Apremare, Riva, and Why. The yachts listed are between 16.5 to 39.38 meters long, with one 58 meter yacht listed as a future project.
This document is a 2018 edition of a world floating LNG map that provides details on over 95 FLNG and LNG FSRU projects globally. It serves as the latest blueprint showing the current status and plans for floating LNG and LNG regasification projects around the world. The map aims to track floating LNG developments to help industry players better understand the changing LNG landscape.
The document summarizes mobility in Rome, Italy. It details Rome's underground metro system which consists of 36.5 km of track, 48 stations, and connects the southeast and northwest of the city. The metro aims to reduce air pollution from private, commercial, and public vehicles by providing an alternative form of transportation. The metro expansion is scheduled to be completed in December 2015.
Autonomous vehicles have been envisioned for decades and are now becoming a reality. Tests of autonomous driving technologies began as early as the 1940s. Modern autonomous vehicles use GPS and lidar sensors to map their surroundings and plan routes from point A to B without human input. Major companies like Google, Uber, and Tesla are actively working on autonomous vehicle technologies. While autonomous vehicles could help reduce traffic accidents by 80% by 2050, important questions remain around legal responsibility if accidents occur and how vehicles will handle emergency situations through "death algorithms." The widespread adoption of autonomous vehicles will change transportation but also create new jobs and opportunities.
This document describes three common engine cycles: 1) The Otto cycle used in cars and airplanes, which involves adiabatic expansion, adiabatic compression, and isochoric expansion. 2) The Diesel cycle used in generators, trucks, buses and cars, which involves isobaric, adiabatic, and isochoric processes. 3) The Rankine cycle used in steam engines, which involves adiabatic expansion, isochoric compression, adiabatic compression, and isochoric expansion.
Flywheel operates a container transport system using a hub-and-spoke model that consolidates shipments onto larger trailers for long-distance transport, reducing the number of trucks needed. It picks up containers from client sites and transports them to local yards, then loads containers onto single large trailers for 95% of the journey's distance. At the destination yard, containers are offloaded to smaller trailers for final delivery. This approach removes half as many trucks from roads compared to conventional methods, lowering emissions and making Flywheel more environmentally friendly.
La mobilité dans un monde à 2°C : quel avenir pour les zones périurbaines ?Alicia Bassière
Les voitures occupent une place centrale dans les zones périurbaines en France (et ailleurs dans le monde) : sans elles, les habitants ne peuvent simplement pas y vivre. Ou c’est ce que l’on veut nous faire croire… Quelles sont les alternatives à la voiture individuelle ? Les déplacements en zone périurbaine peuvent-ils réduire leurs émissions de CO2 de manière significative ?
Ce sont autant de questions auxquelles le groupe de travail coordonné par Francisco Luciano pour The Shift Project va tenter de répondre. Ils présenteront les résultats d’une étude argumentée sur le potentiel des alternatives de mobilité bas-carbone en zone périurbaine : un véritable réseau cyclable, le co-voiturage, des transports publics rapides et bien d’autres encore.
Ces conclusions seront présentées puis discutées avec des acteurs majeurs de la mobilité qui discuteront également du futur des voitures individuelles, ainsi que d'autres véhicules, et de leurs possible évolution dans les zones périurbaines.
Research presentation by visiting academic Dr Michael Poku-Boansi, Senior Lecturer at the Department of Planning, KNUST, Kumasi, Ghana and member of the Ghana Institute of Planners (GIP).
Abstract:
Research indicates that transport services in cities in developing countries are mostly informal and include the use of rickety and low occupancy vehicles such as minibuses, taxis, motorcycles and vans, operated by private groups or individuals. Due to this classification, two schools of thought have emerged. The first suggests that these informal transport service sector operators in most cases operate outside the officially sanctioned public transport sector and as a result should be regarded as nuisance due to its disorganised nature, calling for public intervention and occasional eradication. Given its disorganised nature, informal transport service operators are identified with urban problems including low level of services, high rates of collision and accidents, increased congestion in cities, erratic scheduling and services, inadequate and lack of capacity and evasion of taxes and fees. In contrast, the other school of thought supports and emphasises the critical role these private operators play in meeting the mobility demand of the urban population, as in some jurisdictions (e.g., Ghana, Kenya, and Senegal) provide over 50% of transport services. Public transport service provision in Ghana has undergone several transformations since pre-colonial times, both structured and disorganised development. However, to avoid the gradual decay of public transport service provision in Ghana, the government of Ghana since 2005 has initiated plans to introduce Bus Rapid Transit (BRT) services as a way of improving efficiency in public transport services. The Ghana UTP seeks to among other things to improve mobility within Ghana’s urban centres and to shift to more environmentally-sustainable transport modes and lower transport-related GHG emissions. Although the BRT project is yet to be fully roll out, its implementation is already facing some resistance from the informal public transport operators due to, a large extent, mistrust between the informal public transport operators and the government. The informal public transport operators consider this government intervention (BRT) as a strategy to make their operations inefficient and unpopular among Ghanaians. As a result, previous attempts to implement the project have failed, regardless of the potential benefits of the BRT. The purpose of my research is to explore ways of transition the uncoordinated informal public transport service operations in Ghana into a formal public transport service sector.
This document discusses continuously variable transmissions (CVTs). It provides a brief history of CVTs from their conception in 1490 to modern implementations. It then describes the basic components and types of CVTs including belt-driven systems. The document discusses the efficiency and losses associated with CVTs and strategies to improve efficiency. It compares CVTs to manual and automatic transmissions in terms of advantages like fuel economy and disadvantages like cost and reliability. The conclusion is that CVTs offer benefits for emission control and fuel economy and will likely become more widely adopted in the future.
Future of Heavy Duty Vehicles CO2 Emissions Legislation and Fuel Consumption ...JMDSAE
By Dimitrios Savvidis
The talk will be covering :
Latest developments on CO2 legislation in Europe
Overview of GHG emissions in the transport sector in Europe
New simulation tool – VECTO
Future steps
1) The document describes Toyota's THS II hybrid system used in the Prius. THS II uses both a gasoline engine and electric motor to provide power to the wheels to improve fuel efficiency.
2) Key components of THS II include a 1.5L Atkinson cycle engine, hybrid transaxle with motor and generator, HV battery, and inverter that controls power flow.
3) THS II allows the vehicle to be powered by the electric motor or engine alone or together. During deceleration, the motor acts as a generator to recharge the battery via regenerative braking.
Presented by Jeff Tews, Fleet Operations Manager, City of Milwaukee, on October 23, 2012 at the 3rd Wisconsin Natural Gas for Transportation Roundtable.
The document discusses driverless, unattended metro systems as a solution that can satisfy the needs of both transit operators and passengers. It notes key operator needs like system availability, reliability, and cost savings, as well as passenger needs like short wait times, comfort, and safety. A driverless metro without on-board personnel is presented as a solution that meets all of these needs by allowing flexible operation, adjustable capacity, and lower maintenance costs while maintaining high performance, availability, and reliability. Examples are given of existing driverless metro lines in Copenhagen and their high levels of service availability over several years.
This document is a summer internship report for Noida Metro Rail Corporation Ltd. It provides an overview of the internship and details about NMRC's electrical department. The electrical department oversees the rolling stock (trains), power (traction) systems, and workshop power supply. It describes train configurations, components of the overhead electric system, and HVAC controls on board trains. The report acknowledges the guidance received from the internship supervisor.
The document outlines the content of an online technical orientation module for Hino commercial vehicles. It covers commercial vehicle segments, major components, service and support offerings, and terminologies. The six sections include discussions of commercial vehicle categories, components like engines and transmissions, maintenance contracts, and competitor comparisons.
The document provides an overview of an online module that covers technical information on Hino commercial vehicles. It includes sections on commercial vehicle segments, major components, service and support offerings, and competitor comparisons. The sections cover topics like truck categories, trailers, engines, transmissions, braking systems, and more. The module appears to be educating users on Hino commercial vehicles and their specifications.
Metro Kolkata is the 1st Underground tube Railways in the country Which started operating way back in 1984. It’s the fastest, comfortable and economical mode of public transportation System which is hugely popular with the masses ‘n’ classes for their Daily commuting. Metro Railway trains offer some stunning opportunities both at interior and exterior of the trains which has extremely high OTS and is an ideal and Most effective reminder medium.
Cruise control system has become a common feature in automobiles nowadays. Instead of having the driver frequently checking the speedometer and adjusting pressure on the gas pedal or the brake, cruise control system control the speed of the car by maintaining the constant speed set by the driver. Therefore, cruise control system can help reduce driver’s fatigue in driving a long road trip. This paper presents the control system behind the cruise control.
Electro Green Motors is constituted with a mission to deliver the best in the automobile section especially the new inventions in the electric segment. Surely, electric is the future and the only solution to save the world from the rising threat of pollution as well as a very affordable mode of transportation for everyone. The company operates from Kochi and has begun the endeavour to branch out to all districts in Kerala with our best electric scooters.
We have found emerging automobile companies all over India with outstanding quality and features which make us step ahead in promoting such companies and their products. Currently, we have agreed with Techo Electra, Raymotoss and Zypp which offers the best electric scooters in India. We are the all Kerala dealer for Techo Electra, Raymotoss and Zypp and riding ahead to reach every district as well as inviting all industrious entrepreneurs to join our journey to become the best electric scooter dealer in Kerala.
The Team H2politO: vehicles for low consumption competitions using HyperWorks Altair
The Team H2politO is a group of students of the Politecnico di Torino. The student’s background and profiles are very diverse, everyone comes from a different discipline of engineering and together they compose a complete Team. The disciplines range from Automotive and Mechanical to Electronics, Aerospace, Energy, Mathematics, Computer Science, Mechatronics, Management, Cinema and Media and Industrial Design. The Team mission is to shape a new generation of engineers, leaders in their fields, who represent the educational excellence in regard of each of their competencies.
The results of Team passion and hard work are three low-energy consumption vehicles completely designed and made by the Team: IDRA - hydrogen powered prototype; XAM – bioethanol powered parallel hybrid urban concept; XAM 2.0 –EREV city vehicle.
The main goal is to take part and win in Shell Eco-marathon, a competition that every year involves more than one hundreds of students teams arriving from all over Europe. Especially we would like to spread the Shell Eco-marathon values through ours, combining the sustainable development with a vehicle that uses the least possible amount of energy.
H2politO is a different, innovative and somehow unique project, is not just a Team but something more: it is a new type of conceiving educational, professional and personal growth. Team members aim at being perceived as an experimental laboratory where competences, capabilities and potentialities of future’s engineers are fostered. Students strive to become not only solid and advanced technical experts but, equally important, down-to-earth managers having excellent communication, leadership and teamwork skills.
Practical and hands-on experiences are doubtlessly a complementary and enriching form of educational path where it is very important the use of simulation software like HyperWorks. Team members have a real opportunity to lead their educational path by building and crafting their own thesis. Final papers are indeed part of a cluster of thesis which combines all the technological and organizational areas of development H2politO has envisioned and embraced.
The Team believes in hard work as the basis of future success. Students crave for continuously improving and strive for exceeding expectations by nurturing the team spirit in order to create those synergies able to add value to individual performances and capabilities. As a consequence, passion and team-spirit are really the foundation of H2politO values.
Speakers
Prof. Massimiliana Carello, Politecnico di Milano
The document discusses green transport and developing energy solutions for transport that are more efficient and reduce emissions. It analyzes the energy used by different modes of transport and trends showing transport energy use increasing. It highlights opportunities to move away from imported fuels and develop local energy supply through green technologies. Examples are given of various electric vehicles, from small commuter vehicles to large haul trucks and trains, powered by batteries charged from renewable solar energy. The potential of solar energy to power transportation more sustainably is emphasized.
This document summarizes a presentation given at the 14th Annual Aimsun Users' Meeting about developing new meso- and micro-scale emission models for use in Aimsun traffic simulation software. The presentation introduces a new type of average speed emission model that uses regression relationships between average speed and emission rates from individual vehicle trips to provide more accurate predictions, especially at low speeds. It also describes a fast, simple instantaneous emission model implemented in the Aimsun API based on vehicle specific power. The models show improved verification compared to observed emissions data and will allow more reliable air pollution simulations accounting for local traffic and fleet conditions.
This document discusses the relevance of bike-train systems. It provides 7 reasons why bike-train systems are relevant: 1) Because car dependency is increasingly problematic, 2) Bike-train systems are a viable alternative to car dependency, 3) Bikes and trains are mutually dependent, 4) Bike-train systems provide benefits greater than the sum of their parts, 5) Bike-train systems have ramifications for land use and mobility, 6) Bike-train systems support sustainable, healthy and livable urban regions, 7) Bike-train systems could be an export product. It also notes that bike-train systems are already happening in some places and should be further developed and supported.
In this project, we discussed the bad consequences associated with the Traffic. A problem most cities and capital have, we focused the most on the ecological side. we introduced TRAFFICAR, a new solution that may significantly reduce the emissions due to the congestion. TRAFFICAR is an electric system inspired by the modern hybrid vehicles; TRAFFICAR replaces the Internal Combustion Engine in the traffic, an electric motor move the car up to speed 30 Km /h. the type of motor is BLDC in-hub wheel motor that can be fitted in the rim of the wheel, thus a very few modifications are needed on the car and it makes TRAFFICAR more accessible, practical, suitable on most cars. The battery that powers the motors is recharged by regenerative braking technology and the alternator of the car.
The supplier of the motors is QS motors – china; the controller is Kelly controller- china; the battery; the boost converter and the control unit are supplied and made by Dr. Nabil KARAMI workshop. TRAFFICAR costs around 2500-3000$ (prototype not mass production).
TRAFFICAR save emissions and fuel consumption that occurs in a congestion traffic situation.
The Simulation of Reduced Scale Automotive Mock-up Applied to Drag Reduction ...Altair
Due to engine efficiency increase, weight reduction improvement and micro-hybrid solutions, aerodynamic forces play a more significant role in fuel vehicle consumption. It is therefore interesting to identify solutions which could decrease aerodynamic coefficient by 15%, leading to CO2 emission reduction of order of 5g/km on the new WLTP cycle.
The important part of vertical or strongly inclined rear tailgate in the current vehicle production implies a strong contribution of the aerodynamic losses in the wake. It is therefore intersecting to identify by CFD computation some flow control solutions which could increase pressure on the tailgate.
However it is always difficult to obtain precise and representative CFD results in a wake flow. The first part of this presentation will then describe the main characteristics of the geometric and numerical models and show some comparisons between experimental and numerical results.
Identification by a design of experiment program, influence of geometric or physical parameters with full scale external vehicle aerodynamic computations is still a challenge. The second part of the presentation will therefore identify some possibilities in order to achieve this goal, either by scale reduction of by introduction of optimal control method. This presentation will end with some perspectives provided by introduction of these techniques.
Speakers
Philippe GILOTTE, Plastic Omnium Auto Exterior Services
The octopus machine is a semi-autonomous safety device that can be attached to motorcycles to help control and prevent accidents. It uses sensors to detect risks and obstacles, a microcontroller to process this information, and a hydraulic system to actuate brakes or steering in emergency situations. The basic prototype is low-cost, takes up little space and weight, and initial testing found it effectively controlled damages in simulated accidents. However, it may not be suitable for all road conditions like heavy traffic. The goal is to develop affordable technologies that can save lives by reducing motorcycle accident rates.
This document provides a summary of the history of ancient India. It covers the pre-history, proto-history, and proper history periods, as well as the Vedic age. It then discusses the major religions that emerged during this time period - Buddhism and Jainism. For Buddhism, it outlines the life of the Buddha and the major doctrines and sects. For Jainism, it discusses the founder Mahavira and the core beliefs and sects of Jainism, including Digambara and Svetambara.
Research presentation by visiting academic Dr Michael Poku-Boansi, Senior Lecturer at the Department of Planning, KNUST, Kumasi, Ghana and member of the Ghana Institute of Planners (GIP).
Abstract:
Research indicates that transport services in cities in developing countries are mostly informal and include the use of rickety and low occupancy vehicles such as minibuses, taxis, motorcycles and vans, operated by private groups or individuals. Due to this classification, two schools of thought have emerged. The first suggests that these informal transport service sector operators in most cases operate outside the officially sanctioned public transport sector and as a result should be regarded as nuisance due to its disorganised nature, calling for public intervention and occasional eradication. Given its disorganised nature, informal transport service operators are identified with urban problems including low level of services, high rates of collision and accidents, increased congestion in cities, erratic scheduling and services, inadequate and lack of capacity and evasion of taxes and fees. In contrast, the other school of thought supports and emphasises the critical role these private operators play in meeting the mobility demand of the urban population, as in some jurisdictions (e.g., Ghana, Kenya, and Senegal) provide over 50% of transport services. Public transport service provision in Ghana has undergone several transformations since pre-colonial times, both structured and disorganised development. However, to avoid the gradual decay of public transport service provision in Ghana, the government of Ghana since 2005 has initiated plans to introduce Bus Rapid Transit (BRT) services as a way of improving efficiency in public transport services. The Ghana UTP seeks to among other things to improve mobility within Ghana’s urban centres and to shift to more environmentally-sustainable transport modes and lower transport-related GHG emissions. Although the BRT project is yet to be fully roll out, its implementation is already facing some resistance from the informal public transport operators due to, a large extent, mistrust between the informal public transport operators and the government. The informal public transport operators consider this government intervention (BRT) as a strategy to make their operations inefficient and unpopular among Ghanaians. As a result, previous attempts to implement the project have failed, regardless of the potential benefits of the BRT. The purpose of my research is to explore ways of transition the uncoordinated informal public transport service operations in Ghana into a formal public transport service sector.
This document discusses continuously variable transmissions (CVTs). It provides a brief history of CVTs from their conception in 1490 to modern implementations. It then describes the basic components and types of CVTs including belt-driven systems. The document discusses the efficiency and losses associated with CVTs and strategies to improve efficiency. It compares CVTs to manual and automatic transmissions in terms of advantages like fuel economy and disadvantages like cost and reliability. The conclusion is that CVTs offer benefits for emission control and fuel economy and will likely become more widely adopted in the future.
Future of Heavy Duty Vehicles CO2 Emissions Legislation and Fuel Consumption ...JMDSAE
By Dimitrios Savvidis
The talk will be covering :
Latest developments on CO2 legislation in Europe
Overview of GHG emissions in the transport sector in Europe
New simulation tool – VECTO
Future steps
1) The document describes Toyota's THS II hybrid system used in the Prius. THS II uses both a gasoline engine and electric motor to provide power to the wheels to improve fuel efficiency.
2) Key components of THS II include a 1.5L Atkinson cycle engine, hybrid transaxle with motor and generator, HV battery, and inverter that controls power flow.
3) THS II allows the vehicle to be powered by the electric motor or engine alone or together. During deceleration, the motor acts as a generator to recharge the battery via regenerative braking.
Presented by Jeff Tews, Fleet Operations Manager, City of Milwaukee, on October 23, 2012 at the 3rd Wisconsin Natural Gas for Transportation Roundtable.
The document discusses driverless, unattended metro systems as a solution that can satisfy the needs of both transit operators and passengers. It notes key operator needs like system availability, reliability, and cost savings, as well as passenger needs like short wait times, comfort, and safety. A driverless metro without on-board personnel is presented as a solution that meets all of these needs by allowing flexible operation, adjustable capacity, and lower maintenance costs while maintaining high performance, availability, and reliability. Examples are given of existing driverless metro lines in Copenhagen and their high levels of service availability over several years.
This document is a summer internship report for Noida Metro Rail Corporation Ltd. It provides an overview of the internship and details about NMRC's electrical department. The electrical department oversees the rolling stock (trains), power (traction) systems, and workshop power supply. It describes train configurations, components of the overhead electric system, and HVAC controls on board trains. The report acknowledges the guidance received from the internship supervisor.
The document outlines the content of an online technical orientation module for Hino commercial vehicles. It covers commercial vehicle segments, major components, service and support offerings, and terminologies. The six sections include discussions of commercial vehicle categories, components like engines and transmissions, maintenance contracts, and competitor comparisons.
The document provides an overview of an online module that covers technical information on Hino commercial vehicles. It includes sections on commercial vehicle segments, major components, service and support offerings, and competitor comparisons. The sections cover topics like truck categories, trailers, engines, transmissions, braking systems, and more. The module appears to be educating users on Hino commercial vehicles and their specifications.
Metro Kolkata is the 1st Underground tube Railways in the country Which started operating way back in 1984. It’s the fastest, comfortable and economical mode of public transportation System which is hugely popular with the masses ‘n’ classes for their Daily commuting. Metro Railway trains offer some stunning opportunities both at interior and exterior of the trains which has extremely high OTS and is an ideal and Most effective reminder medium.
Cruise control system has become a common feature in automobiles nowadays. Instead of having the driver frequently checking the speedometer and adjusting pressure on the gas pedal or the brake, cruise control system control the speed of the car by maintaining the constant speed set by the driver. Therefore, cruise control system can help reduce driver’s fatigue in driving a long road trip. This paper presents the control system behind the cruise control.
Electro Green Motors is constituted with a mission to deliver the best in the automobile section especially the new inventions in the electric segment. Surely, electric is the future and the only solution to save the world from the rising threat of pollution as well as a very affordable mode of transportation for everyone. The company operates from Kochi and has begun the endeavour to branch out to all districts in Kerala with our best electric scooters.
We have found emerging automobile companies all over India with outstanding quality and features which make us step ahead in promoting such companies and their products. Currently, we have agreed with Techo Electra, Raymotoss and Zypp which offers the best electric scooters in India. We are the all Kerala dealer for Techo Electra, Raymotoss and Zypp and riding ahead to reach every district as well as inviting all industrious entrepreneurs to join our journey to become the best electric scooter dealer in Kerala.
The Team H2politO: vehicles for low consumption competitions using HyperWorks Altair
The Team H2politO is a group of students of the Politecnico di Torino. The student’s background and profiles are very diverse, everyone comes from a different discipline of engineering and together they compose a complete Team. The disciplines range from Automotive and Mechanical to Electronics, Aerospace, Energy, Mathematics, Computer Science, Mechatronics, Management, Cinema and Media and Industrial Design. The Team mission is to shape a new generation of engineers, leaders in their fields, who represent the educational excellence in regard of each of their competencies.
The results of Team passion and hard work are three low-energy consumption vehicles completely designed and made by the Team: IDRA - hydrogen powered prototype; XAM – bioethanol powered parallel hybrid urban concept; XAM 2.0 –EREV city vehicle.
The main goal is to take part and win in Shell Eco-marathon, a competition that every year involves more than one hundreds of students teams arriving from all over Europe. Especially we would like to spread the Shell Eco-marathon values through ours, combining the sustainable development with a vehicle that uses the least possible amount of energy.
H2politO is a different, innovative and somehow unique project, is not just a Team but something more: it is a new type of conceiving educational, professional and personal growth. Team members aim at being perceived as an experimental laboratory where competences, capabilities and potentialities of future’s engineers are fostered. Students strive to become not only solid and advanced technical experts but, equally important, down-to-earth managers having excellent communication, leadership and teamwork skills.
Practical and hands-on experiences are doubtlessly a complementary and enriching form of educational path where it is very important the use of simulation software like HyperWorks. Team members have a real opportunity to lead their educational path by building and crafting their own thesis. Final papers are indeed part of a cluster of thesis which combines all the technological and organizational areas of development H2politO has envisioned and embraced.
The Team believes in hard work as the basis of future success. Students crave for continuously improving and strive for exceeding expectations by nurturing the team spirit in order to create those synergies able to add value to individual performances and capabilities. As a consequence, passion and team-spirit are really the foundation of H2politO values.
Speakers
Prof. Massimiliana Carello, Politecnico di Milano
The document discusses green transport and developing energy solutions for transport that are more efficient and reduce emissions. It analyzes the energy used by different modes of transport and trends showing transport energy use increasing. It highlights opportunities to move away from imported fuels and develop local energy supply through green technologies. Examples are given of various electric vehicles, from small commuter vehicles to large haul trucks and trains, powered by batteries charged from renewable solar energy. The potential of solar energy to power transportation more sustainably is emphasized.
This document summarizes a presentation given at the 14th Annual Aimsun Users' Meeting about developing new meso- and micro-scale emission models for use in Aimsun traffic simulation software. The presentation introduces a new type of average speed emission model that uses regression relationships between average speed and emission rates from individual vehicle trips to provide more accurate predictions, especially at low speeds. It also describes a fast, simple instantaneous emission model implemented in the Aimsun API based on vehicle specific power. The models show improved verification compared to observed emissions data and will allow more reliable air pollution simulations accounting for local traffic and fleet conditions.
This document discusses the relevance of bike-train systems. It provides 7 reasons why bike-train systems are relevant: 1) Because car dependency is increasingly problematic, 2) Bike-train systems are a viable alternative to car dependency, 3) Bikes and trains are mutually dependent, 4) Bike-train systems provide benefits greater than the sum of their parts, 5) Bike-train systems have ramifications for land use and mobility, 6) Bike-train systems support sustainable, healthy and livable urban regions, 7) Bike-train systems could be an export product. It also notes that bike-train systems are already happening in some places and should be further developed and supported.
In this project, we discussed the bad consequences associated with the Traffic. A problem most cities and capital have, we focused the most on the ecological side. we introduced TRAFFICAR, a new solution that may significantly reduce the emissions due to the congestion. TRAFFICAR is an electric system inspired by the modern hybrid vehicles; TRAFFICAR replaces the Internal Combustion Engine in the traffic, an electric motor move the car up to speed 30 Km /h. the type of motor is BLDC in-hub wheel motor that can be fitted in the rim of the wheel, thus a very few modifications are needed on the car and it makes TRAFFICAR more accessible, practical, suitable on most cars. The battery that powers the motors is recharged by regenerative braking technology and the alternator of the car.
The supplier of the motors is QS motors – china; the controller is Kelly controller- china; the battery; the boost converter and the control unit are supplied and made by Dr. Nabil KARAMI workshop. TRAFFICAR costs around 2500-3000$ (prototype not mass production).
TRAFFICAR save emissions and fuel consumption that occurs in a congestion traffic situation.
The Simulation of Reduced Scale Automotive Mock-up Applied to Drag Reduction ...Altair
Due to engine efficiency increase, weight reduction improvement and micro-hybrid solutions, aerodynamic forces play a more significant role in fuel vehicle consumption. It is therefore interesting to identify solutions which could decrease aerodynamic coefficient by 15%, leading to CO2 emission reduction of order of 5g/km on the new WLTP cycle.
The important part of vertical or strongly inclined rear tailgate in the current vehicle production implies a strong contribution of the aerodynamic losses in the wake. It is therefore intersecting to identify by CFD computation some flow control solutions which could increase pressure on the tailgate.
However it is always difficult to obtain precise and representative CFD results in a wake flow. The first part of this presentation will then describe the main characteristics of the geometric and numerical models and show some comparisons between experimental and numerical results.
Identification by a design of experiment program, influence of geometric or physical parameters with full scale external vehicle aerodynamic computations is still a challenge. The second part of the presentation will therefore identify some possibilities in order to achieve this goal, either by scale reduction of by introduction of optimal control method. This presentation will end with some perspectives provided by introduction of these techniques.
Speakers
Philippe GILOTTE, Plastic Omnium Auto Exterior Services
The octopus machine is a semi-autonomous safety device that can be attached to motorcycles to help control and prevent accidents. It uses sensors to detect risks and obstacles, a microcontroller to process this information, and a hydraulic system to actuate brakes or steering in emergency situations. The basic prototype is low-cost, takes up little space and weight, and initial testing found it effectively controlled damages in simulated accidents. However, it may not be suitable for all road conditions like heavy traffic. The goal is to develop affordable technologies that can save lives by reducing motorcycle accident rates.
This document provides a summary of the history of ancient India. It covers the pre-history, proto-history, and proper history periods, as well as the Vedic age. It then discusses the major religions that emerged during this time period - Buddhism and Jainism. For Buddhism, it outlines the life of the Buddha and the major doctrines and sects. For Jainism, it discusses the founder Mahavira and the core beliefs and sects of Jainism, including Digambara and Svetambara.
The document discusses the status of women in India, noting that while women make up a large part of the population and professionals, they still face many issues in society such as dowry, female infanticide, and child marriage. It outlines constitutional provisions and government schemes aimed at empowering women, such as education initiatives, self-help groups, healthcare programs, and hostels for working women. However, women's participation in the workforce is declining due to traditional gender norms and lack of access to opportunities and flexibility. International initiatives and programs specific to Tamil Nadu are also highlighted.
This document provides an overview of training at the British retail company Tesco. It discusses that Tesco provides extensive training to its large employee base, as it operates internationally across multiple industries. Training includes both on-the-job and off-the-job methods, and covers topics like company history, safety procedures, and customer service skills. Evaluation of training impact is also structured. The goals of Tesco training are to develop employee competencies and performance to meet business needs.
Tesco is a British multinational grocery and general merchandise retailer founded in 1919. It operates over 6,800 stores across 12 countries in Asia and Europe. Tesco's vision is to deliver fresh, quality groceries at low prices, and its mission is to offer customers a new shopping experience for quality products. Tesco has expanded into other businesses like banking, telecom, filmmaking, and restaurants. It uses supply chain strategies like just-in-time and continuous replenishment to efficiently source and distribute products to stores. Tesco's strong supply chain management has helped it become the third largest retailer in the world by profits.
This document provides information about Milky Mist Dairy Foods Private Limited, a company that manufactures premium quality dairy products in South India. Some key details:
- Founded in 1992 by Sathish T who took over his father's struggling business and transformed it by introducing new flavors and branding.
- The company pioneered vacuum packing in India and designs its own packaging. It focuses on quality and freshness.
- Milky Mist has expanded significantly, achieving annual turnovers of Rs. 220 crores in 2014-15. It aims to reach Rs. 3000 crores by 2020.
- The company collects milk directly from farmers and has strong cold chain infrastructure to store and transport products.
This document discusses various methods and models used in managerial jobs. It describes five models: the heuristic model, heroic model, manager as a master technician, manager as a conductor, and manager as a developer. It also outlines several methods for managerial jobs, including job analysis, contingency, interpersonal behavior, group behavior, decision, system, and McKinsey's 7S method. Each method and model is briefly described in one or two sentences.
The document discusses current practices adopted by governments and industries to ensure managerial effectiveness. It describes several practices such as completing work on time, effective output, managing knowledge and information, and following up on meetings and commitments. It also discusses setting procedures for high quality work, training programs, performance appraisal, feedback, accuracy checks, organization of information, and review of reports. Key skills for effective management are then outlined, including problem solving, analytical thinking, forward thinking, conceptual thinking, strategic thinking, technical expertise, entrepreneurship, innovation, results orientation, decisiveness, self-confidence, stress management, credibility, and flexibility.
This document provides information about ITC Limited, a leading Indian conglomerate. It discusses ITC's history and evolution since 1910, core values, vision and mission to enhance stakeholder value. The document outlines ITC's leadership, policies, exemplary sustainability practices, and role as a top shareholder value creator. It also describes ITC's research and development activities, global honors received, and various group companies. In summary, the document profiles ITC as a major Indian conglomerate with diverse business interests and a strong focus on sustainability and stakeholder value.
Bausch & Lomb is a medical device company founded in 1853 in Rochester, New York that is the world's largest supplier of eye health products. It employs around 13,000 people globally and initially produced photographic and optical lenses before expanding into contact lenses and eye care products. In India, Bausch & Lomb is the market leader in contact lenses and lens care products with around 60% market share. The company targets urban populations aged 18-30 with an income over 20,000 rupees by focusing on cities and marketing directly to youth with new product lines like colored disposable lenses.
King Ashoka began his reign by aggressively expanding his Mauryan Empire through conquest. However, after a particularly bloody battle in Kalinga where over 150,000 soldiers and civilians were killed, he was struck by the brutal consequences of war and adopted a policy of non-violence. He converted to Buddhism and sent missionaries to spread the teachings of Buddha. Ashoka built many Buddhist monuments and is remembered as a philosopher-king who established a period of peace and prosperity in India.
Impact of Effective Performance Appraisal Systems on Employee Motivation and ...Dr. Nazrul Islam
Healthy economic development requires properly managing the banking industry of any
country. Along with state-owned banks, private banks play a critical role in the country's economy.
Managers in all types of banks now confront the same challenge: how to get the utmost output from
their employees. Therefore, Performance appraisal appears to be inevitable since it set the
standard for comparing actual performance to established objectives and recommending practical
solutions that help the organization achieve sustainable growth. Therefore, the purpose of this
research is to determine the effect of performance appraisal on employee motivation and retention.
From Concept to reality : Implementing Lean Managements DMAIC Methodology for...Rokibul Hasan
The Ready-Made Garments (RMG) industry in Bangladesh is a cornerstone of the economy, but increasing costs and stagnant productivity pose significant challenges to profitability. This study explores the implementation of Lean Management in the Sampling Section of RMG factories to enhance productivity. Drawing from a comprehensive literature review, theoretical framework, and action research methodology, the study identifies key areas for improvement and proposes solutions.
Through the DMAIC approach (Define, Measure, Analyze, Improve, Control), the research identifies low productivity as the primary problem in the Sampling Section, with a PPH (Productivity per head) of only 4.0. Using Lean Management techniques such as 5S, Standardized work, PDCA/Kaizen, KANBAN, and Quick Changeover, the study addresses issues such as pre and post Quick Changeover (QCO) time, improper line balancing, and sudden plan changes.
The research employs regression analysis to test hypotheses, revealing a significant correlation between reducing QCO time and increasing productivity. With a regression equation of Y = -0.000501X + 6.72 and an R-squared value of 0.98, the study demonstrates a strong relationship between the independent variables (QCO downtime and improper line balancing downtime) and the dependent variable (productivity per head).
The findings suggest that by implementing Lean Management practices and addressing key productivity inhibitors, RMG factories can achieve substantial improvements in efficiency and profitability. The study provides valuable insights for practitioners, policymakers, and researchers seeking to enhance productivity in the RMG industry and similar manufacturing sectors.
Originally presented at XP2024 Bolzano
While agile has entered the post-mainstream age, possibly losing its mojo along the way, the rise of remote working is dealing a more severe blow than its industrialization.
In this talk we'll have a look to the cumulative effect of the constraints of a remote working environment and of the common countermeasures.
Project Management Infographics . Power point projetSAMIBENREJEB1
Project Management Infographics ces modèle power Point peut vous aider a traiter votre projet initiative pour le gestion de projet. Essayer dès maintenant savoir plus c'est quoi le diagramme gant et perte, la durée de vie d'un projet , ainsi que les intervenants d'un projet et le cycle de projet . Alors la question c'est comment gérer son projet efficacement ? Le meilleur planning et l'intelligence sont les fondamentaux de projet
Leading Change_ Unveiling the Power of Transformational Leadership Style.pdfEnterprise Wired
In this comprehensive guide, we delve into the essence of transformational leadership style, its core principles, key characteristics, and its transformative impact on organizational culture and outcomes.
A comprehensive-study-of-biparjoy-cyclone-disaster-management-in-gujarat-a-ca...Samirsinh Parmar
Disaster management;
Cyclone Disaster Management;;
Biparjoy Cyclone Case Study;
Meteorological Observations;
Best practices in Disaster Management;
Synchronization of Agencies;
GSDMA in Cyclone disaster Management;
History of Cyclone in Arabian ocean;
Intensity of Cyclone in Gujarat;
Cyclone preparedness;
Miscellaneous observations - Biparjoy cyclone;
Role of social Media in Disaster Management;
Unique features of Biparjoy cyclone;
Role of IMD in Biparjoy Prediction;
Lessons Learned; Disaster Preparedness; published paper;
Case study; for disaster management agencies; for guideline to manage cyclone disaster; cyclone management; cyclone risks; rescue and rehabilitation for cyclone; timely evacuation during cyclone; port closure; tourism closure etc.
Designing and Sustaining Large-Scale Value-Centered Agile Ecosystems (powered...Alexey Krivitsky
Is Agile dead? It depends on what you mean by 'Agile'. If you mean that the organizations are not getting the promised benefits because they were focusing too much on the team-level agile "ways of working" instead of systemic global improvements -- then we are in agreement. It is a misunderstanding of Agility that led us down a dead-end. At Org Topologies, we see bright sparks -- the signs of the 'second wave of Agile' as we call it. The emphasis is shifting towards both in-team and inter-team collaboration. Away from false dichotomies. Both: team autonomy and shared broad product ownership are required to sustain true result-oriented organizational agility. Org Topologies is a package offering a visual language plus thinking tools required to communicate org development direction and can be used to help design and then sustain org change aiming at higher organizational archetypes.
Colby Hobson: Residential Construction Leader Building a Solid Reputation Thr...dsnow9802
Colby Hobson stands out as a dynamic leader in the residential construction industry. With a solid reputation built on his exceptional communication and presentation skills, Colby has proven himself to be an excellent team player, fostering a collaborative and efficient work environment.
Small Business Management An Entrepreneur’s Guidebook 8th edition by Byrd tes...ssuserf63bd7
Small Business Management An Entrepreneur’s Guidebook 8th edition by Byrd test bank.docx
https://qidiantiku.com/test-bank-for-small-business-management-an-entrepreneurs-guidebook-8th-edition-by-mary-jane-byrd.shtml
10. To overcome the following:
• Rise in population .
• Rise in Individual vehicle transport
leads to congestion in
transportation.
• Rise in Pollution level.
• Rise in Road Accidents.
11. 0
5
10
15
20
25
30
35
40
45
50
1981 1986 1991 1996 1998 2012 2016
NumberofVehicles(inlakhs)
YEAR
Total RegisteredVehicles in Chennai
TotalRegistered Vehicles (in Lakhs)
• Chennai ranks fifth in carbon
emissions
(among 54 SouthAsian cities).
• To be a modern Eco-Friendly
Transportation.
12.
13.
14.
15.
16. Mission
“We shall provide a safe, fast, reliable, accessible, convenient, comfortable,
efficient and affordable public transport service preferred by all in a
sustainable manner.”
CMRL
18. RAJIV GAUBA IAS
Secretary to GOI,
Ministry of Urban Development
PANKAJ KUMAR BANSAL IAS
RAJEEV NARAYAN DWIVEDI
Director (projects).
SUJATHA JAYARAJ
Director (finance).
L.NARASIM PRASAD
Director (systems & operations).
CHAIRMAN
MANAGING DIRECTOR
FUNCTIONAL DIRECTORS
19. R.M.KRISHNAN
(Planning & business
development ).
G.RAJARATHINAM
(Human resource).
Dr.UMESH RAI ,IRSEE
(Electrical Inspection).
VIJAY KUMAR SINGH
(Underground).
B.S.SRINIVAS
(Contract management & abstract).
ARAVIND KUMAR RAI
(Underground).
CHIEF GENERAL MANAGERS
GENERAL MANAGERS
31. DRIVER MOTOR CAR TRAILER CAR
It the Driving Car.
It has a driver cabin with passenger seating in
CAR BODY.
It has the Radio Antenna and head lamps in the
Roof and Front of the CAR.
It has theTread Braking System by 4 cylinder of
pneumatic control .
It have the Drive motor under frame attached to
axle.
It have the communicating system like:
• NSD Antenna.
• LZB Antenna.
It is Driven Car.
It contains only passenger seating area in CAR
BODY.
It has the Power Receiving System from the
Overhead Line.
It has the Disc Braking System by 2 cylinder of
pneumatic control.
It is connected to DMC by gangways.
89. OCC
• If any major problem occurs , command send to DCC
• For software error max. try to rectify by OCC
DCC
• Command send to PPIO
• Allocation of signal
PPIO
• Analysation of problem
• Signal given to workshop station
• Inspection bay
• Testing done in test track
• PPIO fitness report
DCC
• Command send to OCC
• Train stables at stabling line.
96. S.no Area of Booking Booking fees /Hours
1 Trains
1.1 Inside metro train(on commercial operation line) Rs 4,00,000
1.2 Inside metro train(non commercial operation
line)
Rs 2,00,000
2 Inside metro station
2.1 High ridership station and airport station Rs 4,00,000
2.2 Moderate Ridership Stations Rs 2,00,000
2.3 Low Ridership Stations Rs 1,00,000
S.no Area of Booking Booking fees /day
3 Outside metro station
3.1 Vacant Land Rs 2,00,000