Project Ascension involves the design and testing of a small rocket carrying a payload to 3,000 feet altitude. A subscale test rocket was successfully flown, reaching an altitude of 3,314 feet. Key features include a payload containment device, piston parachute deployment system, and dual recovery system. An autonomous ground support equipment was also designed using servos to position a camera for payload inspection.
The document outlines a front wing mount design project for a Formula SAE car. The team goals are to finish first, meet weight and podium goals, lower the center of gravity, and test for 3 months. Design goals are to withstand aerodynamic loads, allow for easy maintenance, have 4 mounting points, reduce tire drag, provide downforce, and allow wing angle adjustment. Constraints include a 4kg weight limit, 10mm deflection limit, not interfering with other parts, following rules, and increasing drag no more than 10%. Various wing profiles, materials, and designs are considered and tested through CFD, FEA, and physical testing over 12 weeks.
Improving Bearing Life and Performance with Computational TestingSentient Science
Bearing manufacturers and their customers are seeking solutions to speed time-to-market of new products, increase customer confidence during sales cycles, and generate new revenue streams. Physical testing capabilities and industry standards are important for the product design and validation process. However, some of the bottlenecks such as the cost and time can increase the risk of developing innovations, increase the time-to-market of new products, and cause customer to have low confidence of product performance at new product launch.
Leadec is an engineering company that specializes in conveyor integration projects for automotive manufacturers. They offer turnkey services including project management, conveyor installation, electrical and mechanical work, controls integration, and commissioning. Leadec has experience with various types of conveyor systems and automation equipment. The document provides examples of conveyor integration projects Leadec has completed for automotive plants, demonstrating their capabilities in brownfield modifications and system expansions.
Kavi Joshi presented on force modeling for well interventions using ORPHEUS software. The presentation included an overview of coiled tubing force theory, introduction to the ORPHEUS software, a case study applying the software to model forces during a rotojet wash, and a summary of Kavi's field training visiting various well operations over 4 weeks.
The document discusses the design and analysis of a chassis for a Formula Student vehicle. It describes Formula Student competitions and key chassis considerations like regulations, interfaces with other systems, and timeframes. Research covered tubular spaceframe, composite, and monocoque chassis types. Finite element analysis software and beam element modeling were used to simulate chassis stiffness. A test rig was built and used to validate FEA models. Simulation results matched testing reasonably well except when the engine was included. The chassis was designed, manufactured on time, and competed successfully, while providing a mass savings over previous designs. An analysis method using FEA was developed to help future chassis development.
Project Ascension involves the design and testing of a small rocket carrying a payload to 3,000 feet altitude. A subscale test rocket was successfully flown, reaching an altitude of 3,314 feet. Key features include a payload containment device, piston parachute deployment system, and dual recovery system. An autonomous ground support equipment was also designed using servos to position a camera for payload inspection.
The document outlines a front wing mount design project for a Formula SAE car. The team goals are to finish first, meet weight and podium goals, lower the center of gravity, and test for 3 months. Design goals are to withstand aerodynamic loads, allow for easy maintenance, have 4 mounting points, reduce tire drag, provide downforce, and allow wing angle adjustment. Constraints include a 4kg weight limit, 10mm deflection limit, not interfering with other parts, following rules, and increasing drag no more than 10%. Various wing profiles, materials, and designs are considered and tested through CFD, FEA, and physical testing over 12 weeks.
Improving Bearing Life and Performance with Computational TestingSentient Science
Bearing manufacturers and their customers are seeking solutions to speed time-to-market of new products, increase customer confidence during sales cycles, and generate new revenue streams. Physical testing capabilities and industry standards are important for the product design and validation process. However, some of the bottlenecks such as the cost and time can increase the risk of developing innovations, increase the time-to-market of new products, and cause customer to have low confidence of product performance at new product launch.
Leadec is an engineering company that specializes in conveyor integration projects for automotive manufacturers. They offer turnkey services including project management, conveyor installation, electrical and mechanical work, controls integration, and commissioning. Leadec has experience with various types of conveyor systems and automation equipment. The document provides examples of conveyor integration projects Leadec has completed for automotive plants, demonstrating their capabilities in brownfield modifications and system expansions.
Kavi Joshi presented on force modeling for well interventions using ORPHEUS software. The presentation included an overview of coiled tubing force theory, introduction to the ORPHEUS software, a case study applying the software to model forces during a rotojet wash, and a summary of Kavi's field training visiting various well operations over 4 weeks.
The document discusses the design and analysis of a chassis for a Formula Student vehicle. It describes Formula Student competitions and key chassis considerations like regulations, interfaces with other systems, and timeframes. Research covered tubular spaceframe, composite, and monocoque chassis types. Finite element analysis software and beam element modeling were used to simulate chassis stiffness. A test rig was built and used to validate FEA models. Simulation results matched testing reasonably well except when the engine was included. The chassis was designed, manufactured on time, and competed successfully, while providing a mass savings over previous designs. An analysis method using FEA was developed to help future chassis development.
John Courtney worked on several engineering projects at Purdue University including the Purdue Baja SAE team from 2015-2016 where he designed and manufactured wheel hubs and brake rotors for their custom buggy. He also led the Electric Vehicle team's dual motor go kart project through the EPICS and IEEE programs from 2012-2016, which included designing sensors, battery enclosures, and a new motor mount. Currently, he is converting a 1989 Honda Pilot to electric drive in his spare time and has designed a battery enclosure.
Comparing Replacement Components to Extend the Life of GearboxesSentient Science
Making the right decisions on the sub-component gears and bearings in your gearbox bill of materials is critical to maximize life. However, operators, OEMs, and suppliers face uncertainty of the life extension benefits of one component versus another without heavy investment into hardware testing. This presentation will outline how Virtual Supplier Qualification can help determine the best cost/benefit between suppliers for gearbox component replacements by leveraging High Performance Computing, multi-physics prognostic models, and simulations and data analytics.
This document proposes a configurable stack design for subsea oil and gas equipment to meet increasing customer demands and manufacturing goals. It involves designing modular fixtures and templates to manufacture major structural components like spiders and legs within tight tolerances, reducing costs and improving quality, safety, and efficiency. Testing shows potential annual savings of $6.07 million from reduced labor, rework and welding by moving work off the stack pad. The $2.78 million investment would pay back in under a year with high returns.
This document describes an electrical equipment service company that has:
- Been in business since 1997 and employs field service engineers trained by original equipment manufacturers.
- Provided services to many Fortune 500 customers across industries such as automotive, chemical, utility, and nuclear.
- Fully equipped service vehicles and test equipment for working on transformers, circuit breakers, switchgear and more.
- Facilities for repairing low and medium voltage breakers and switchgear maintenance and testing.
The Roy Hill Railway uses various technologies in its locomotives, ore cars, and track infrastructure to optimize operations and maintenance:
1) Locomotives use distributed power, remote control, and monitoring systems to increase efficiency and safety. Data is sent via WIMAX to experts for real-time diagnostics and problem-solving.
2) The communication-based signalling system uses in-cab displays, GPS, and electronic authorities to manage train movements.
3) Ore cars have auto-braking and low-friction bogies to improve performance. Wayside detectors monitor brake and wheel wear performance.
4) Track infrastructure utilizes rail profile, corrosion, and ground monitoring to maintain quality and predict
Xtreme Engineering Equipment Pvt. Ltd. is an Indian company established in 2004 that manufactures laboratory equipment for engineering experiments and testing. They produce a wide range of products for fields like fluid mechanics, refrigeration, engines, materials testing, and more. The company aims to supply high-quality, affordable equipment to help students and engineers conduct experiments.
Harish Kumar Shahi completed a summer internship at Axalta Coating Systems where he worked on three projects: optimization of extruders, analysis of product wheel sequencing, and development of a planning software tool. He analyzed the constraints and throughput of eight extruders, identifying issues like cooling problems. This led to an average 10% increase in throughput. He also analyzed moving from bucket to product wheel sequencing, finding potential inventory and cost savings. Finally, he developed a software tool to optimize production planning and inventory levels.
The document describes a geared centrifugal pump (GCP), which is a mechanically driven centrifugal pumping system that can achieve similar pumping rates as an electric submersible pump (ESP) but with better efficiency. The key components of the GCP include a centrifugal pump, transmission, seals, and a rod string that drives the pump from the surface. Testing showed the GCP can stably drive a rod string and achieve high pumping rates even at high temperatures up to 250°C.
FC VSM Presentation Future State Aug 5 -7 2013Donna Skala
The document details a Value Stream Mapping workshop for an engine repair shop. The workshop identified opportunities to reduce turnaround time and labor hours. Key goals included reducing TAT for an Arriel 2 engine from 129 to 45 days, and labor hours from 414 to 320. Participants mapped the current and future states of processes, finding ways to streamline work and eliminate duplication across 22 processes. Implementation of the recommendations could yield a total estimated annual savings of $242,000 through reduced turnaround time and labor hours.
Structural Analysis of Toyota RAV4 and its Convertible versionAkshay Mistri
Structural Analysis of Toyota RAV4 using test protocols of National Highway and Traffic Safety Administration (NHTSA) and Insurance Institute for Highway Safety (IIHS) .
IGTEC is an independent service provider for gas turbines, generators, motors, and other rotating equipment. Since 2008, IGTEC's team of engineers and technicians have worked in the oil and gas sector, and in 2016 they established IGTEC to meet demand for their services. IGTEC provides high-quality, cost-effective maintenance, repair, overhaul and engineering services for various gas turbine models and other industrial equipment. They have an international sales and support network to serve customers worldwide.
Simulation in Action: Fatigue Analysis on 1243 Scraper Tail Adaptive Corporation
Walk through a design simulation example with a 1243 Scraper Tail. In this example, this large piece of equipment needed to fit into a shipping container. They needed to:
- Understand time history loading of their system in operation
- Create a representative duty cycle of their system
- Calculate Fatigue life of their system (welded structure)
- Identify where they can optimally minimize weight and cost of their system.
Learn how they accomplished this using Simulation software...
The document summarizes a design review meeting for an MIRE project. It discusses the scope of the meeting which was to review requirements, functional decomposition, concept diagrams, proof of concept designs, optimized designs, subsystems, individual efforts, and CAD. It then reviews material decisions, arm decisions, key technical challenges, design changes, analysis of wheels, monitors/arms, height adjustment, weight distribution, casters, minor additional parts, and budget. An optimized overall design concept is presented along with next steps of prototyping, testing, and fabrication.
CAE-Based Strategies to Improve Reliability of Variable Oil PumpsAnsys
http://bit.ly/TxMdSB Find out how pump manufacturers are using simulation to improve the reliability of their designs and bringing the cost and turnaround time drastically.
This portfolio is a visual summary of my engineering and design skills that I have been developing since I started my Motorsports Engineering studies at Indiana University-Purdue University Indianapolis in August 2014. Feel free to contact me either by phone at (510) 676-9493 or by email at andrew.hongwen.bai@gmail.com if you have any questions. Have a good day.
This document provides an overview of the special purpose machines, equipment, fixtures, and fabricated items manufactured by Garepa Engineers. Some key offerings mentioned include cam bush pressing/removal equipment, assembly machines for engine components, aftercooler leak/flow test equipment, process equipment, common polishing machines for cam/crankshafts, 80 ton thermoforming presses, cam follower assembly lines, test benches and rigs for automotive components, leak test machines, engine component assembly machines, engine leak test machines, cylinder head assembly machines, special purpose manufacturing machines including pipe bending, wire drawing/cutting/embossing, and strip annealing machines.
This summary provides an overview of Baij Nath Singh's qualifications and experience:
Baij Nath Singh has over 4 years of experience in mechanical and CAE engineering. He has an M.Tech in Machine Design and a B.Tech in Mechanical Engineering. He has worked on projects involving FEA analysis using ANSYS and ABAQUS to evaluate components under normal and accidental loading conditions. Currently, he works as an engineer conducting CAE analysis and calculations for customers at Altran Technologies India Pvt Ltd.
This document describes Hommel-Etamic America Corporation and their design and build applications using standard products. It provides details on their crankshaft and bearing measurement systems, including lists of check points and special features like granite table tops, air bearings, and software. Fixtures and gages are mentioned for gears, transmission components, and valve bodies.
Mahoning Valley Connector Spillway Bridge (11-05-10)dgonano
The document summarizes the design specifications for a 248 foot long pedestrian bridge over Deer Creek Reservoir in Stark County, Ohio. The bridge features a curved bow string arch truss design with 18 panels and a 7 inch concrete deck. Design considerations included live loads from pedestrians and vehicles, wind loads, and expansion joints. Structural analysis was performed using hand calculations, TRAP software, and Excel spreadsheets. Fabrication details such as deflection requirements, plate processing, assembly, and delivery are also outlined.
Farms are important as they provide nearly all of our food. There are different types of farms including dairy farms that raise cows for milk, cheese and butter, poultry farms that raise chickens, turkeys and ducks for meat and eggs, and crop farms that grow foods like grains, fruits and vegetables. Farms require machinery like tractors, plows, cotton pickers and planters to operate and maintain crops.
MAHLE Powertrain has expertise in modifying street car engines for race use. They utilize their resources from developing production engines and MAHLE Group components to provide race-winning engines. Their engine design, build, and test facilities allow them to undertake engine development work. Their engineering staff also provides calibration and trackside support to ensure optimal engine performance.
Analysis of-change-in-intake-manifold-length-and-development-of-variable-inta...Mohit Soni
This document summarizes a research paper that analyzed the effects of changing the length of an intake manifold on engine performance. The paper investigated how varying the length of the intake runner in a single-cylinder spark-ignited engine affected brake torque, brake power, brake mean effective pressure, and specific fuel consumption. Simulation software was used to evaluate these parameters at different intake lengths. The simulations found that changing the runner length considerably affected the RPM at which peak torque was obtained. Accordingly, the researchers designed and developed a system to adjust the manifold length using a reciprocating mechanism controlled by a microcontroller and hall effect sensor.
John Courtney worked on several engineering projects at Purdue University including the Purdue Baja SAE team from 2015-2016 where he designed and manufactured wheel hubs and brake rotors for their custom buggy. He also led the Electric Vehicle team's dual motor go kart project through the EPICS and IEEE programs from 2012-2016, which included designing sensors, battery enclosures, and a new motor mount. Currently, he is converting a 1989 Honda Pilot to electric drive in his spare time and has designed a battery enclosure.
Comparing Replacement Components to Extend the Life of GearboxesSentient Science
Making the right decisions on the sub-component gears and bearings in your gearbox bill of materials is critical to maximize life. However, operators, OEMs, and suppliers face uncertainty of the life extension benefits of one component versus another without heavy investment into hardware testing. This presentation will outline how Virtual Supplier Qualification can help determine the best cost/benefit between suppliers for gearbox component replacements by leveraging High Performance Computing, multi-physics prognostic models, and simulations and data analytics.
This document proposes a configurable stack design for subsea oil and gas equipment to meet increasing customer demands and manufacturing goals. It involves designing modular fixtures and templates to manufacture major structural components like spiders and legs within tight tolerances, reducing costs and improving quality, safety, and efficiency. Testing shows potential annual savings of $6.07 million from reduced labor, rework and welding by moving work off the stack pad. The $2.78 million investment would pay back in under a year with high returns.
This document describes an electrical equipment service company that has:
- Been in business since 1997 and employs field service engineers trained by original equipment manufacturers.
- Provided services to many Fortune 500 customers across industries such as automotive, chemical, utility, and nuclear.
- Fully equipped service vehicles and test equipment for working on transformers, circuit breakers, switchgear and more.
- Facilities for repairing low and medium voltage breakers and switchgear maintenance and testing.
The Roy Hill Railway uses various technologies in its locomotives, ore cars, and track infrastructure to optimize operations and maintenance:
1) Locomotives use distributed power, remote control, and monitoring systems to increase efficiency and safety. Data is sent via WIMAX to experts for real-time diagnostics and problem-solving.
2) The communication-based signalling system uses in-cab displays, GPS, and electronic authorities to manage train movements.
3) Ore cars have auto-braking and low-friction bogies to improve performance. Wayside detectors monitor brake and wheel wear performance.
4) Track infrastructure utilizes rail profile, corrosion, and ground monitoring to maintain quality and predict
Xtreme Engineering Equipment Pvt. Ltd. is an Indian company established in 2004 that manufactures laboratory equipment for engineering experiments and testing. They produce a wide range of products for fields like fluid mechanics, refrigeration, engines, materials testing, and more. The company aims to supply high-quality, affordable equipment to help students and engineers conduct experiments.
Harish Kumar Shahi completed a summer internship at Axalta Coating Systems where he worked on three projects: optimization of extruders, analysis of product wheel sequencing, and development of a planning software tool. He analyzed the constraints and throughput of eight extruders, identifying issues like cooling problems. This led to an average 10% increase in throughput. He also analyzed moving from bucket to product wheel sequencing, finding potential inventory and cost savings. Finally, he developed a software tool to optimize production planning and inventory levels.
The document describes a geared centrifugal pump (GCP), which is a mechanically driven centrifugal pumping system that can achieve similar pumping rates as an electric submersible pump (ESP) but with better efficiency. The key components of the GCP include a centrifugal pump, transmission, seals, and a rod string that drives the pump from the surface. Testing showed the GCP can stably drive a rod string and achieve high pumping rates even at high temperatures up to 250°C.
FC VSM Presentation Future State Aug 5 -7 2013Donna Skala
The document details a Value Stream Mapping workshop for an engine repair shop. The workshop identified opportunities to reduce turnaround time and labor hours. Key goals included reducing TAT for an Arriel 2 engine from 129 to 45 days, and labor hours from 414 to 320. Participants mapped the current and future states of processes, finding ways to streamline work and eliminate duplication across 22 processes. Implementation of the recommendations could yield a total estimated annual savings of $242,000 through reduced turnaround time and labor hours.
Structural Analysis of Toyota RAV4 and its Convertible versionAkshay Mistri
Structural Analysis of Toyota RAV4 using test protocols of National Highway and Traffic Safety Administration (NHTSA) and Insurance Institute for Highway Safety (IIHS) .
IGTEC is an independent service provider for gas turbines, generators, motors, and other rotating equipment. Since 2008, IGTEC's team of engineers and technicians have worked in the oil and gas sector, and in 2016 they established IGTEC to meet demand for their services. IGTEC provides high-quality, cost-effective maintenance, repair, overhaul and engineering services for various gas turbine models and other industrial equipment. They have an international sales and support network to serve customers worldwide.
Simulation in Action: Fatigue Analysis on 1243 Scraper Tail Adaptive Corporation
Walk through a design simulation example with a 1243 Scraper Tail. In this example, this large piece of equipment needed to fit into a shipping container. They needed to:
- Understand time history loading of their system in operation
- Create a representative duty cycle of their system
- Calculate Fatigue life of their system (welded structure)
- Identify where they can optimally minimize weight and cost of their system.
Learn how they accomplished this using Simulation software...
The document summarizes a design review meeting for an MIRE project. It discusses the scope of the meeting which was to review requirements, functional decomposition, concept diagrams, proof of concept designs, optimized designs, subsystems, individual efforts, and CAD. It then reviews material decisions, arm decisions, key technical challenges, design changes, analysis of wheels, monitors/arms, height adjustment, weight distribution, casters, minor additional parts, and budget. An optimized overall design concept is presented along with next steps of prototyping, testing, and fabrication.
CAE-Based Strategies to Improve Reliability of Variable Oil PumpsAnsys
http://bit.ly/TxMdSB Find out how pump manufacturers are using simulation to improve the reliability of their designs and bringing the cost and turnaround time drastically.
This portfolio is a visual summary of my engineering and design skills that I have been developing since I started my Motorsports Engineering studies at Indiana University-Purdue University Indianapolis in August 2014. Feel free to contact me either by phone at (510) 676-9493 or by email at andrew.hongwen.bai@gmail.com if you have any questions. Have a good day.
This document provides an overview of the special purpose machines, equipment, fixtures, and fabricated items manufactured by Garepa Engineers. Some key offerings mentioned include cam bush pressing/removal equipment, assembly machines for engine components, aftercooler leak/flow test equipment, process equipment, common polishing machines for cam/crankshafts, 80 ton thermoforming presses, cam follower assembly lines, test benches and rigs for automotive components, leak test machines, engine component assembly machines, engine leak test machines, cylinder head assembly machines, special purpose manufacturing machines including pipe bending, wire drawing/cutting/embossing, and strip annealing machines.
This summary provides an overview of Baij Nath Singh's qualifications and experience:
Baij Nath Singh has over 4 years of experience in mechanical and CAE engineering. He has an M.Tech in Machine Design and a B.Tech in Mechanical Engineering. He has worked on projects involving FEA analysis using ANSYS and ABAQUS to evaluate components under normal and accidental loading conditions. Currently, he works as an engineer conducting CAE analysis and calculations for customers at Altran Technologies India Pvt Ltd.
This document describes Hommel-Etamic America Corporation and their design and build applications using standard products. It provides details on their crankshaft and bearing measurement systems, including lists of check points and special features like granite table tops, air bearings, and software. Fixtures and gages are mentioned for gears, transmission components, and valve bodies.
Mahoning Valley Connector Spillway Bridge (11-05-10)dgonano
The document summarizes the design specifications for a 248 foot long pedestrian bridge over Deer Creek Reservoir in Stark County, Ohio. The bridge features a curved bow string arch truss design with 18 panels and a 7 inch concrete deck. Design considerations included live loads from pedestrians and vehicles, wind loads, and expansion joints. Structural analysis was performed using hand calculations, TRAP software, and Excel spreadsheets. Fabrication details such as deflection requirements, plate processing, assembly, and delivery are also outlined.
Farms are important as they provide nearly all of our food. There are different types of farms including dairy farms that raise cows for milk, cheese and butter, poultry farms that raise chickens, turkeys and ducks for meat and eggs, and crop farms that grow foods like grains, fruits and vegetables. Farms require machinery like tractors, plows, cotton pickers and planters to operate and maintain crops.
MAHLE Powertrain has expertise in modifying street car engines for race use. They utilize their resources from developing production engines and MAHLE Group components to provide race-winning engines. Their engine design, build, and test facilities allow them to undertake engine development work. Their engineering staff also provides calibration and trackside support to ensure optimal engine performance.
Analysis of-change-in-intake-manifold-length-and-development-of-variable-inta...Mohit Soni
This document summarizes a research paper that analyzed the effects of changing the length of an intake manifold on engine performance. The paper investigated how varying the length of the intake runner in a single-cylinder spark-ignited engine affected brake torque, brake power, brake mean effective pressure, and specific fuel consumption. Simulation software was used to evaluate these parameters at different intake lengths. The simulations found that changing the runner length considerably affected the RPM at which peak torque was obtained. Accordingly, the researchers designed and developed a system to adjust the manifold length using a reciprocating mechanism controlled by a microcontroller and hall effect sensor.
1) The document investigates the effects of varying intake plenum volume on engine performance, cyclic variability, and emissions.
2) Testing showed that increasing plenum volume improved brake torque and related performance characteristics between 1700-2600 rpm. It also decreased cyclic variability despite making the mixture leaner.
3) Emissions of CO, CO2, and HC were also reduced by increasing plenum volume.
1) The document describes a study investigating the effects of variable intake plenum length on the performance of a spark-ignition engine with electronically controlled fuel injectors.
2) Engine tests were conducted with additional plenum lengths of 16mm, 32mm, 48mm, and 64mm added to the original intake manifold.
3) The results showed that a 32mm plenum extension improved engine thermal efficiency, especially at lower engine speeds up to 3000rpm, while also reducing fuel consumption at high loads and low speeds.
The document describes the Manifold Design with MDTools® 740 software. It allows for visualization and design of manifold assemblies with embedded design rules and checks. Key features include 3D visualization of manifold internals, color-coded cavities and flow paths, parametric cavity manipulation, automated angle holes, compact manifold design, design checks, importing schematic data, customizing tooling databases and OEM footprint libraries, and cross-platform compatibility. The software enhances productivity for manifold design and analysis.
Design of a Formula One Front Wing for the 2014 Season (with regulations)Josh Stevens
This document presents the design of a Formula One front wing for the 2014 season in accordance with FIA regulations. It begins with background on Formula One aerodynamics and the importance of downforce. It then outlines the project aims, methodology, and relevant FIA regulations. The initial design is modeled in CAD software and tested using CFD simulations. Several redesigns are analyzed and elements are tested. The final design is intended to produce downforce while reducing drag. In conclusion, future development could include further optimization and testing beyond the limitations of student software.
This document provides information about exhaust systems and intake manifolds. It discusses the basic components of exhaust systems, including exhaust manifolds, pipes, catalytic converters, heat shields, mufflers and tailpipes. It describes symptoms of exhaust system problems and provides procedures for removing and installing exhaust pipes and manifolds. Intake manifolds and catalytic converters are also discussed.
Drag Reduction of Front Wing of an F1 Car using Adjoint Optimisationyasirmaliq
The Project Poster summarizes the aims and objectives of the Final Year Dissertation. The project starts with a detailed study on the parameters that tend to affect the performance of front wings of an F1 car and goes through designing the front wings(3) with endplates and wheel, meshing it, solving/analysing the flow and finally optimising the selected geometry using Fluent Adjoint Solver for efficient performance.
Adjoint optimisation technique is used to achieve optimal performance from the front wings. It's the most successful shape optimisation method as it's independent of the number of design variables exponentially reducing computational time and cost. The emphasis has been put on optimising the shape of the front wings using the Adjoint method as it’s the most efficient and computationally inexpensive method for design optimisation. The approach towards shape optimisation is downforce constrained drag minimization as it would result in keeping a constraint on downforce and reducing the drag at the same time, thus producing optima for a given downforce/drag value.
- Ilmor Engineering is an independent engine design, development, testing and manufacturing company formed in 1984 that has traditionally designed and built racing engines.
- They have designed engines for Formula 1, IndyCar, NASCAR, and MotoGP teams, winning numerous championships, and have also taken on projects for production automakers and other industries.
- In addition to engine design and testing facilities, Ilmor has manufacturing capabilities for components and complete engines.
This document is an engine handbook that describes the components and assembly of an ECOTEC 2.0L race engine used in NHRA drag racing competitions. It provides specifications for both the production and race versions of the engine, and details each engine component as well as the assembly process. The handbook is intended as a reference for experienced engine builders.
The document provides information about the basic parts of an internal combustion engine. It lists and describes the main components including the cylinder head, valves, camshaft, cylinder block, cylinders, piston, connecting rods, crankshaft, main bearings, flywheel, and timing drives. It explains their functions and how they work together in the engine combustion cycle.
AERODYNAMIC DEVELOPMENT OF THE SEGURACING F1-R01 PROTOTYPE USING CFDmouhamedakremmouffouk
This document describes the aerodynamic development of an F1 racing car prototype using computational fluid dynamics (CFD). It discusses preprocessing such as surface repair, domain creation, meshing and setting boundary conditions. It also covers the solver settings including turbulence models and judging convergence. Finally, it discusses postprocessing including the importance of the front wing and analyzing the initial front wing design.
The document outlines the design and manufacture of a custom Formula SAE engine, the ER-600-C1, built by Edith Cowan University. It was based on components from a Honda CBR-600RR motorcycle engine. The report documents the process of designing and manufacturing major engine components to replace the stock Honda engine previously used. It discusses the rationale for developing a custom engine, the regulations that guided its design, and reviews competitor engine choices.
Machining Automation and Integration to the MaxMakino
This presentation on “Machining Automation and Integration to the Max” has been adapted from Makino’s webinar series. To view the full webinar, visit http://www.makino.com/resources/webinars/archive/automation-and-integration-machining-to-the-max/319/
Machining automation is a proven method for reducing manufacturing costs, eliminating non-value added labor, improving quality, increasing equipment flexibility and growing throughput. This presentation discusses the fundamentals of machining automation, key activities performed during implementation, and the technologies involved to complete a successful automated system. An emphasis on project management and engineering is discussed, providing insights for successful installation of machining centers, software and the manufacturing processes that drive North American manufacturing success. The discussion concludes with a series of real-world case studies from shops that have successfully integrated machining automation to lower their overall cost of manufacturing.
Square Automation is an engineering firm that provides motion control and automation solutions. It has engineers, technicians, and a design consultant on staff. The firm specializes in motion controller and PLC programming, control panel design, software development, and retrofitting machinery. It has experience with clients in various industries such as automotive, printing, packaging, and research.
Czero is an engineering services company specializing in mechanical design and prototyping for early stage R&D projects. They have expertise in areas such as engines, hydraulics, and energy systems. Some of their recent projects include designing a natural gas generator system for a locomotive, CO2-based cleaning machines, and a subsea hydraulic pump assembly. Czero takes projects from concept through detailed design, analysis, prototyping, and testing using virtual engineering methods to provide quick iterations to clients.
More economical automation is not so good at initial stage hence step wise automation need to be done to replace human work with automation, which defines need for low cost automation in india
CDA InterCorp is a leader in designing and manufacturing highly reliable controllable drive actuators for over 40 years. They provide standard and custom actuators for aerospace, military, downhole oil, and space applications. Their modular design approach uses standardized parts, materials, and processes to provide flexible and rugged actuators with short lead times. CDA designs, manufactures, tests, and qualifies all components in-house according to ISO quality standards.
Power Test formed a Custom Engineered Solutions division to design customized test solutions for clients' unique powertrain testing needs. The engineering team studies all aspects of the test requirement to design an optimized solution, which is modeled using CAD software and custom-built at their manufacturing facility. They have designed many specialized test stands for applications such as gearbox testing, hydraulic pump testing, and electric motor testing.
Craig Technologies Aerospace and Defense Manufacturing Center OverviewCarol Craig
Craig Technologies is a full-service engineering, technology and manufacturing company specializing in aerospace and defense. They provide services including software development, systems integration, engineering, training development, modeling and simulation, logistics support, research and development, and program support. They have capabilities in precision machining, specialty manufacturing, avionics, testing and evaluation, and design.
Alma Products Company - All Lines Introduction Jan 2015 X (2)Alma Products
Alma Products is an automotive parts manufacturer located in Alma, Michigan that has been in business since 1943, specializing in remanufacturing a variety of parts including torque converters, automatic transmissions, AC compressors, and brake calipers. They have over 500,000 square feet of manufacturing space across 5 facilities and certifications in quality systems including TS16949, ISO9001, and Q1. Alma Products supplies parts to many major automotive manufacturers as well as the aftermarket.
This presentation discusses the creation of a template design for Oil Extraction in Alberta using the Steam Assisted Gravity Drain process. It starts from a number of incremental designs across dissimilar systems, a broad vision, the decision to use AVEVA technology and deployment of the design tools. During this period the 3D platform moved from AVEVA PDMS to AVEVA E3D, requiring an appropriate adjustment. It also touches on the future growth.
Presented by: Simon Spurrier—Amec Foster Wheeler
Discover how AVEVA can transform your business today
www.aveva.com
The Measurement Inspection Services department at Toshiba Corporation is committed to quality through training and use of dimensional measuring tools and technologies. The department has highly qualified inspectors with over 40 years of combined experience performing inspections for utilities, aerospace, military, nuclear, and hydro power applications. They utilize equipment from Faro Technologies including a portable CMM, laser tracker, and laser scanner along with Verisurf software for measurement, CAD modeling, and reporting. Some example applications discussed include steam turbine retrofits, generator measurements, nuclear inspections, and hydro power work including turbine alignments, reverse engineering, and shop support.
Experience, Education, Skills, and Patents of Jeffrey M. Garrigues, Principal Mechanical Engineer. View to see my successful track record designing Medical Devices, including Piezoelectric Transducers, Oral Health Products, Tools for test and production fixtures, Electro-Mechanical devices and a whole lot more.
This document describes a CPQ (configure, price, quote) system for control valves. It allows users to select valves, actuators, and accessories, size components, generate quotes and proposals, integrate with ERP systems, and provides business intelligence features. Key modules include valve and actuator sizing, rules-based selection, pricing management, drawings, test plans, and quote management. It aims to simplify the selection and design process for control valves.
The Company manufactures and supplies Engine & Chassis Dynamometerswith all Accessories and undertakes turnkey projects for the complete set-up of Engine Test Facility which includes Acoustic Enclosures, Water Circulation System with Cooling Tower, Engine Flue Gas Extraction System, Air Handling System and fully automated Engine Test System with match-plates, engine mounting pallets/trolleys with auto docking and Computer controlled Engine Performance Monitor.
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COMP Cams Development Capabilities Overview
1. COMP Cams ®
Research, Prototype
Production, Testing,
Development, Quality
Control and Capabilities
2. The Absolute Leader
In Valve Train Technology
For 36 years the world’s leading race teams have turned to
COMP Cams® for advanced valve train technology and
components. In the highly competitive motorsports arena,
valve train theories and design methods must constantly be
re-evaluated to solve new problems and extend current
limitations. COMP Cams® continues to meet these
challenges with passion, integrity and commitment to
excellence!
3. COMP Cams®
Corporate Profile
Employees: @ 450
Employees: @ 450
North American Market Share: 54%
North American Market Share: 54%
Year Founded: 1976
Year Founded: 1976
Corporate Headquarters: Memphis, TN USA
Corporate Headquarters: Memphis, TN USA
4.
5. COMP Cams® is the leading member of the COMP
Performance Group™, which includes other industry leading
automotive aftermarket companies.
19. Testing Resources
• Two 75HP Spintron Cells
• Customizable Data Acquisition and Post
Processing Systems
• SuperFlow 902 Engine Dynamometer
• Two SuperFlow Chassis Dynamometers (Auto &
Motorcycle)
• SuperFlow 1020 Air Flow Bench
• Computerized Injector Flow Bench
• Two Hot Test EFI Engine Stands
42. Software Tools
• Proprietary Valve • Pro E
Motion • Solid Works
• 4stHEAD • Autodesk Inventor
• HJC Cam Suite • Fluent CFD
• CDS Cam Design • GT Power (3D)
• Dynomation (1D) • Algor (FEA)
• Okuma (Grinder) • Ansys (FEA)
• ADCOLE • RecurDyn
• ADMAC (Lathe/Mill)
43. Computer Model of Valve Train
and Spring Development
• One of the primary reasons to upgrade our cam design
software was to allow dynamic modeling
• If we can run a virtual Spintron test of the system before
making parts, it shortens the development cycle and
helps us choose wiser time investments
• Such software does little good without spending the time
testing to ensure we have excellent model correlation
57. Quality Resources
• Two ADCOLE 911 Cam Inspection Gauges
• Brown & Sharpe 7-10-7 CMM
• Two Roehrig Valve Spring Testers
• Rockwell Standard & Superficial Hardness Testers
• Mahr Federal M2 Profilometer
• Mitutoyo 14” Optical Comparator
• Two QC Labs with Full Data Recording Capabilities
Using Typical Hand-Held & Height Gauges