Performance Exhaust Systems


Book Description

To extract maximum performance, an engine needs an efficient, well-designed, and properly tuned exhaust system. In fact, the exhaust system's design, components, and materials have a large impact on the overall performance of the engine. Engine builders and car owners need to carefully consider the exhaust layout, select the parts, and fabricate the exhaust system that delivers the best performance for car and particular application. Master engine builder and award-winning writer Mike Mavrigian explains exhaust system principles, function, and components in clear and concise language. He then details how to design, fabricate, and fit exhaust systems to classic street cars as well as for special and racing applications. Air/exhaust-gas flow dynamics and exhaust system design are explained. Cam duration and overlap are also analyzed to determine how an engine breathes in air/fuel, as the exhaust must efficiently manage this burned mixture. Pipe bending is a science as well as art and you’re shown how to effectively crush and mandrel bend exhaust pipe to fit your header/manifold and chassis combination. Header tube diameter and length is taken into account, as well as the most efficient catalytic converters and resonators for achieving your performance goals. In addition, Mavrigian covers the special exhaust system requirements for supercharged and turbocharged systems. When building a high-performance engine, you need a high-performance exhaust system that’s tuned and fitted to that engine so you can realize maximum performance. This comprehensive book is your guide to achieving ultimate exhaust system performance. It shows you how to fabricate a system for custom applications and to fit the correct prefabricated system to your car. No other book on the market is solely dedicated to fabricating and fitting an exhaust system in high-performance applications.




Performance Exhaust Systems


Book Description

This comprehensive book is your guide to achieving ultimate exhaust system performance. It shows you how to fabricate a system for custom applications and to fit the correct prefabricated system to your car.







How to Paint Your Car on a Budget


Book Description

If your car needs new paint, or even just a touch-up, the cost involved in hiring a professional can be more than you bargained for. Fortunately, there are less expensive alternatives---you can even paint your car at home! In How to Paint Your Car On A Budget, author and veteran DIY hot rodder Pat Ganahl unveils dozens of secrets that will help anyone paint their own car. From simple scuff-and-squirt jobs to fullon, door-jambs-and-everything paint jobs, Ganahl covers everything you need to know to get a great looking coat of paint on your car and save lots of money in the process. This book covers painting equipment, the ins and outs of prep, masking, painting and sanding products and techniques, and real-world advice on how to budget wisely when painting your own car. It's the most practical automotive painting book ever written!




High-Performance Ignition Systems


Book Description

Complete guide to understanding automotive ignition systems.







How to Build Max Performance Pontiac V-8s


Book Description

This book includes in-depth reviews of factory performance components, and gives advice on the proper way to modify them for optimal power and durability. It also give an assessment of the many aftermarket accessories offered for these great engines.







Acoustics of Ducts and Mufflers


Book Description

Fully updated second edition of the premier reference book on muffler and lined duct acoustical performance Engine exhaust noise pollutes the street environment and ventilation fan noise enters dwellings along with fresh air. People have become conscious of their working environment. Governments of most countries have responded to popular demand with mandatory restrictions on sound emitted by automotive engines, and a thorough knowledge of acoustics of ducts and mufflers is needed for the design of efficient muffler configurations. This fully updated Second Edition of Acoustics of Ducts and Mufflers deals with propagation, reflection and dissipation/absorption of sound along ducts/pipes/tubes, area discontinuities, perforated elements and absorptive linings that constitute the present-day mufflers and silencers designed to control noise of exhaust and intake systems of automotive engines, diesel-generator sets, compressors and HVAC systems. It includes equations, figures, tables, references, and solved examples and unsolved exercises with answers, so it can be used as a text book as well as a reference book. It also offers a complete presentation and analysis of the major topics in sound suppression and noise control for the analysis and design of acoustical mufflers, air conditioning and ventilation duct work. Both the fundamentals and the latest technology are discussed, with an emphasis on applications. Deals with reactive mufflers, dissipative silencers, the frequency-domain approach, and the time-domain approach. Fully updated second edition of the premier reference book on muffler and lined duct acoustical performance, in one complete volume Presents original new research on topics including baffle silencers and louvers, 3D analytical techniques, and flow-acoustic analysis of multiply-connected perforated-element mufflers Includes a general design procedure to help muffler designers in the automotive industry, exhaust noise being a major component of automobile and traffic noise pollution Written by an expert with four decades’ experience in teaching to graduate students, publishing extensively in reputed international journals, and consulting with industry for noise control as well as designing for quietness




How to Build & Modify Intake & Exhaust Systems


Book Description

With 200 photos and line drawings that illustrate how systems and components work, this guide explains the theory behind intake and exhaust systems and covers the roles carburetors and various fuel injection systems play in the intake cycle.