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Driving innovations in Road Cars


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As a result, race technology has influenced many of the components of the car sitting in your driveway - from the basic engine design, to the position of the ignition, and even the rear-view …

As a result, race technology has influenced many of the components of the car sitting in your driveway - from the basic engine design, to the position of the ignition, and even the rear-view mirror.
I have some technologies that have already come to production cars.

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  • 1. Driving Innovations In Road Cars From Auto Racing Seminar by: Yash Jain Mechanical Engineering Swami keshvanand Institute of Technology, Management & Gramothan, Jaipur © Copyright Yash Jain
  • 2. Auto Racing Categories 1. Formula car racing 2. Touring car racing 3. Sports car racing 4. Stock car racing 5. Rallying 6. Drag racing 7. Off-Road racing 8. Kart racing © Copyright Yash Jain
  • 3. Formula Racing • Most sophisticated vehicles • F1 car demands  Precision  Incredibly fast reflexes  Endurance from driver Figure 1 : Formula 1 Race [1] © Copyright Yash Jain
  • 4. Touring Car Racing Road racing that is run with production derived race cars. Figure 2: lap of 2012 WTC Race of Japan [2] © Copyright Yash Jain
  • 5. Sports Car Racing • Production derived versions of sports cars also known as Grand Tourers(GTs) and purpose built sports prototype cars • Compete within their respective classes on closed circuits. Figure 3: FIA GT 1 at Silverstone in 2011 [3] © Copyright Yash Jain
  • 6. Stock Car Racing •In North America, stock car racing is the most popular form of auto racing.[4] •The largest stock car racing governing body is NASCAR (National Association for Stock Car Auto Racing). Figure 4: The 2012 FedEx 400 NASCAR Sprint Cup Series race at Dover International Speedway © Copyright Yash Jain
  • 7. Rallying Involves two classes of road legal production based car; Group N Production cars and more modified Group A cars. Figure 5: Andreas Mikkelsen driving a Ford Focus WRC during the 2013 Rally de Portugal [5] © Copyright Yash Jain
  • 8. Drag Racing Objective is to complete a given straight-line distance, from a standing start. Figure 6: Chevrolet cars in drag racing [6] © Copyright Yash Jain
  • 9. Off-Road Racing In off-road racing, various classes of specially modified vehicles, including cars, compete in races through off- road environments. Figure 7: Lucas oil Off-Road Racing Series [7] © Copyright Yash Jain
  • 10. Road Car technologies that came from Racing 1. Transmission 2. Time Savers 3. Traction Control 4. Tires 5. Brakes 6. Suspension 7. Dual Overhead Camshafts 8. Engine Air intake 9. Kinetic Energy Recovery System(KERS) 10.New Materials © Copyright Yash Jain
  • 11. Transmission Automatic Transmission • Makes cruising in the town easy. • Shifts gear with no input from driver(other than the initial selection of Drive). Example: Direct-Shift Gearbox, Clutch-less Manual. Figure 8: Automatic Transmission with manual mode [8] © Copyright Yash Jain
  • 12. Time Savers • In racing, every second counts, what's faster than turning a key is push button ignition. •A number of production cars are using this racing technology, which starts the car at the touch of a button, not the turn of a key Figure 9: Several production cars now feature push button ignition.[8] © Copyright Yash Jain
  • 13. Traction Control • First developed by General Motors in 1970s. • Developed for Formula 1 cars in 1980s that inform the systems on today’s road cars. • Helps to provide as much traction as possible – on road car, it’s there to detect when car losing grip and to shuffle the power around as necessary to keep car safe; on a Formula One car, the same is happening in order to bang in quicker lap times. Figure 10: Traction Control button on road cars[8] © Copyright Yash Jain
  • 14. Tires • Tires are what connect the car to the road and keep the driver in control. Car racing teams understand that. • That's why they use high performance tires tailored to their particular form of racing. • Grooves in them allow the tire to channel things like water, or even snow and slush, away from the car. Figure 12: Formula 1 car tire; Road car tire[8] © Copyright Yash Jain
  • 15. Tires contd. Off-Road or All-Terrain tires on your car, the grooves are likely very deep and the rubber very bumpy. That type of tire gives the car teeth that can grip uneven or loose surfaces. Sports Car, the tires likely have a fewer number of grooves and the grooves are typically shallower. That allows more of the tire's rubber to maintain contact with the road, making the car handle better. Figure 13: Off-Road tires; Sports Car tires[9] © Copyright Yash Jain
  • 16. Brakes • Disc brakes started appearing on race cars in the 1950s. • Disc brakes are also easier to keep cool. When brakes stop a car, they generate a lot of friction and heat. • Ceramic disc brakes have been used on race cars for some time, and are now showing up as options on some luxury sports cars. Figure 14: Ceramic disc brakes from BREMBO [9] © Copyright Yash Jain
  • 17. Suspension • In car racing, it's best to have all four tires maintain contact with the track. • Independent Suspension, allow each wheel to move without affecting the movement of the other wheels. • Formula One cars use multi-link suspensions, while NASCAR cars tend to use McPherson struts. • Both suspension types are available on a number of production cars. Figure 11: Multi-link suspension(Top); Mc Pherson Strut(Bottom) [9] © Copyright Yash Jain
  • 18. Dual Overhead Camshafts •A camshaft, or cam, opens and closes the vales. If a car has two cams on engine, or dual cams, the valves can be open and shut more rapidly, allowing for better performance. •This type of engine design first appeared on race cars in the early 1900s,. Figure 15: Double Overhead Camshafts[10] © Copyright Yash Jain
  • 19. Engine Air Intake • The more air that gets into an engine, the better it will breathe. •Also, engines give their best performance when the air they receive is cold. • Superchargers are designed for that purpose. Superchargers aren't allowed on • NASCAR or Formula One race cars; but are used in Drag Racing. Figure 16: Lysholm 2300 supercharger [10] © Copyright Yash Jain
  • 20. KERS •It’s been in the sport since 2008. •Kinetic Energy Recovery Systems harvest energy under braking that would otherwise be wasted, and use it to supplement the car’s motive power. Figure 17: A KERS unit. [10] © Copyright Yash Jain
  • 21. New Materials • One of the most high-tech materials in race cars is Carbon Fiber. • Formula One race car bodies are almost entirely made out of carbon fiber. • Carbon fiber is extremely light and strong, and it's starting to appear on production cars. • Because it's so light, carbon fiber could radically increase fuel economy in production cars. Figure 18: Carbon Fiber[10] © Copyright Yash Jain
  • 22. Conclusion As a result, race technology has influenced many of the components of the car sitting in your driveway - from the basic engine design, to the position of the ignition, and even the rear-view mirror. I have some technologies that have already come to production cars, but this is not the end. Race teams are working on innovating new technologies for their vehicles and we might also get some or all of these technologies in our production road cars. © Copyright Yash Jain
  • 23. REFERENCES [1] [2] [3] [4] "Addition of Indy Car champ Hornish will give Penske third Cup team". ESPN Racing. November 8, 2007. Retrieved February 8, 2009. [5] eis.jpg [6] cing_series_maple_grove_raceway/35028528/1012chp_01_o%2Bnmca_edelbrock_drag_racin g_series_maple_grove_raceway%2Bdrag_racing.jpg [7] ng+Series+Jjp5rosAGsAl.jpg [8] from-f1/ [9] 7804_2.jpg [10] from-racing.htm#page=0 © Copyright Yash Jain
  • 24. THANK YOU © Copyright Yash Jain