An in-depth and comprehensive guide to race car aerodynamic theory and practice. It covers everything a designer needs to know--from basic theory and aero devices (i.e. wings, venturis, diffusers, spoilers and more) to their applications on different types of race cars. Written with the non-engineer in mind, it also provides many examples and diagrams that show how to optimize the air flow around and through a race vehicle.

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Chassis Engineering is a great introduction to race car design. In a practical and down-to-earth way, it covers the fundamentals of how race cars handle and the requirements for designing and constructing a car. The book includes chapters on chassis design, suspension design, frame construction, aerodynamics and tuning. Overall it provides the reader with the foundation of how the key components of a race car work and interact together.

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Teaches race car driving techniques, vehicle setup and racecraft. The chapters cover understanding the race track, driving lines, driving techniques, race craft (passing, accidents, etc)--all in great detail. It also includes vehicle setup and an introduction to the racing world you can expect to enter.

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Covers electrical theory, automotive electrical systems, troubleshooting, construction of new and modification of existing vehicle electrics. Instructions on tools, adding new circuits, installing electronics and vehicle wiring. Several project are documented including adding a stereo, electric windows and electronic accessories.

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An account of the experiences of students involved in the Formula SAE university race car design and construction contest.

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Advanced Automotive welding teaches basic and advanced welding skills specifically geared toward race car construction. Joint types, metal types, and welding processes such as TIG, MIG, oxy-acetylene and stick welding are covered. Includes projects such as roll cage, seat supports, floor pan and others.

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Book 1 of the Composite materials series. Explains the basics of composites, their applications, workspace setup, tools and practical techniques. Includes projects to help the builder learn techniques of mold making, laminating, demolding and finishing. Includes many high quality color photographs to guide the reader.

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Book 3 of the Composite materials series. Expands on mold making, advanced mold systems, one-off fabrication methods and computer design. Includes hands-on projects such as a body panel, camper shell and hollow body guitar to help the reader learn and practice techniques. Also includes composite repairs.

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A complete guide for beginner welders on the history, safety, equipment and techniques for welding. The book covers metal fabrication tools, types and properties of metals, welding joint designs, gas welding, brazing, arc welding (MIG, TIG, stick) and cutting. It also includes sample exercises to help the reader practice what they have learned.

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Learn how to fabricating and assemble race car components. The author explains mounts, fasteners, plumbing and hardware and provides a series of example projects to show practical applications.

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For builders of small motorcycle engine-powered race cars who want that extra kick. Teaches how to turbocharge, supercharge and use Nitrous oxide on motorcycle engines. This book goes into ram air, turbos, superchargers and nitrous systems plus the fuel systems that work along side them. The book also looks at which engines are best for forced-air induction.

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Teaches detailed theory, analysis and examples for designing suspension geometries. This is an advanced and very detailed design book that provides an engineering-level understanding of suspension design which is recommended for automotive engineering students.

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A great introduction to the world of vehicle dynamics, in language and explanations that are easy to understand. Learn basic vehicle physics, handling/dynamics, suspension types and geometry, and the latest approaches to green technologies for racing--energy recovery and storage.

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A comprehensive book on the vehicle dynamics of race cars (and applicable to road cars). Includes the most in-depth theoretical knowledge about vehicle handling, suspension and dynamics available in a single book. Along with clear explanations of principles there is a large mathematical component for engineering design. Can be used as a university textbook for vehicle engineering/Formula SAE/Student.

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The fundamentals of race car vehicle dynamics in a clear, well-written text. Explains suspension, weight dynamics and vehicle handling behaviours in a way that permits the designer to understand cause and effect and improve their race car design, vehicle tuning and even driving.

Get "Tune to Win: The art and science of race car development and tuning":

Explains the fundamental design of chassis, suspension, steering, brakes, transmission and fuel systems in race cars. Specifically mentioned is its usefulness for Formula SAE/Formula Student engineering students involved in race car design.

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