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Dialogue between one of the world's most experienced racing car designers and a technical author-graduate engineer on the theory and technique of racing car design and development. Contents include: The anatomy of a racing car designer; biography of Len Terry; description of nearly 30 Terry designs from clubman's sports car to Indianapolis winner; a blank sheet of paper; handling characteristics; the theoretical aspects; oversteer and understeer; practical implications; structural considerations; space-frames and monocoques; the cockpit area; the structural engine; progress and legislation; suspension; changing needs and layouts; the torsion bar; self-levelling systems; anti-dive and anti-squat; progressive-rate springing; stiffness/weight ratio; brakes, wheels and tires; influence of smaller wheels; twin-disc brake systems; attention to details; low-profile tire phenomena; aerodynamics; wings and things; intake ram effect; ground effect vehicles; the cooling system; radiator location; cooling the oil; safety and comfort; primary and secondary safety; driver comfort; materials; components-ball joints, batteries, brakes, clutches, dampers, drive-shafts, electrics, flexible bearings, flexible fuel cells, gearshift linkages, instruments, non-return valves, non-spill fuel fillers, oil and fuel pipes, Perspex mouldings, radiators, springs and steering gear; design versus development; the competition-nine other racing car designers discussed; future developments.
Anatomy & Development of the Indy Car Tony Sakkis. Subtitled: The Technical History and Evolution of Indy Cars and a Dissection of a Modern Race Car. Learn why teams dwell more on aerodynamics and handling than on their engines; how the suspension systems and transmissions work; how Indy Cars are designed and built to protect drivers in high-speed crashes; what the cars data recording systems tell drivers and crews; and what itÆs like to be part of an Indy Car team through an entire race weekend. Sftbd., 8 1/4"x 1 5/8", 16 pgs., 198 b&w ill.
Discusses the history and development of the race cars that have been used at the Indianapolis World Speedway from the early 1900s to the present.
After building his first race cars out of southern Louisiana junkyards, Bob Riley quickly established himself as a leading light, if not genius, when it came to race car design. His first major suspension design helped Henry Ford II make good on his vendetta to beat Enzo Ferrari at Le Mans. Riley's first radical Indy car designs with its ingenious center hub mounted suspension resulted in A.J. Foyt's landmark fourth victory at the Indianapolis 500 in 1977. Since then, Riley has continued to be at the heart of the world of motorsports, working with its most famous drivers at the biggest events, including the Daytona 500, where his engineering helped Dale Earnhardt finally win NASCAR's marquee event. Americans love the "genius" angle like everyone else. They love winners. Sports stars are overtaking Hollywood these days in popularity. Racing readers are a small but predictable group and suspect the generation familiar with Bob's exploits at Indy would be keen on a book like this. They're the same age group pumping up the vintage magazine market and the collectible car market.
How did Indy car racing begin? Who are some of the most famous racers? Find out in this exciting look at the sport, with thrilling facts and photos that put readers in the middle of the racing action.
Winner of the 2014 Dean Batchelor Award, Motor Press Guild "Book of the Year" Short-listed for 2015 PEN / ESPN Literary Award for Sports Writing Before noon on May 30th, 1964, the Indy 500 was stopped for the first time in history by an accident. Seven cars had crashed in a fiery wreck, killing two drivers, and threatening the very future of the 500. Black Noon chronicles one of the darkest and most important days in auto-racing history. As rookie Dave MacDonald came out of the fourth turn and onto the front stretch at the end of the second lap, he found his rear-engine car lifted by the turbulence kicked up from two cars he was attempting to pass. With limited steering input, MacDonald lost control of his car and careened off the inside wall of the track, exploding into a huge fireball and sliding back into oncoming traffic. Closing fast was affable fan favorite Eddie Sachs. "The Clown Prince of Racing" hit MacDonald's sliding car broadside, setting off a second explosion that killed Sachs instantly. MacDonald, pulled from the wreckage, died two hours later. After the track was cleared and the race restarted, it was legend A. J. Foyt who raced to a decisive, if hollow, victory. Torn between elation and horror, Foyt, along with others, championed stricter safety regulations, including mandatory pit stops, limiting the amount a fuel a car could carry, and minimum-weight standards. In this tight, fast-paced narrative, Art Garner brings to life the bygone era when drivers lived hard, raced hard, and at times died hard. Drawing from interviews, Garner expertly reconstructs the fateful events and decisions leading up to the sport's blackest day, and the incriminating aftermath that forever altered the sport. Black Noon remembers the race that changed everything and the men that paved the way for the Golden Age of Indy car racing.
For many years, the evolution of safety improvements in motorsports was the result of a combination of science and perceived safe practices. Most safety developments were not based on rigorous laboratory testing, but rather on intuition and a “let’s try it and see what happens” approach. During the last few decades, motorsports has benefited from the organized research efforts made possible by academia, manufacturers, and sanctioning bodies, leading to present-day motorsports safety methodologies based on solid data and testing. This compendium, edited by some of the foremost racing safety experts, comprises selected technical papers that document the development and implementation of key motorsports safety technologies now in use. It is intended to provide racing professionals and enthusiasts with a concise overview of the significant engineering developments in motorsports driver safety that has occurred during the past two decades. The 13 papers chosen for this compendium, published between 1990 and 2013, reflect landmark safety studies and developments of that time. Eleven of the papers were published by SAE International and two were presented at the Stapp Car Crash Conference. The papers cover the following topics: • Crash testing simulations • Human crash injury and survival • Reducing driver injury in severe crashes • Head and neck restraints, including the HANS device • Race car seats • Restraint systems • Track safety and barrier systems The final paper is a study on the detailed performance of restraint systems and seats in examples of severe stock car crashes. The paper represents a succinct example of modern crash investigation of racing crashes with crash recording data, detailed injury analysis, and protective system performance. The progress in motorsports safety, as described in this compendium, has been dramatically effective in reducing driver injuries at the top levels of motorsports. Unfortunately, this is not true at the lower levels, where drivers continue to suffer preventable injuries and fatalities.