DYNAMICS OF PNEUMATIC RUNNING WHEEL - RYSZARD ANDRZEJEWSKI

Discover the fascinating world of wheeled vehicle mechanics with Ryszard Andrzejewski's book! This publication is a compendium of knowledge about the construction and properties of pneumatic running wheels, ideal for students, research staff, and engineers in the automotive industry. Immerse yourself in detailed analyses of tire characteristics, friction models, and the dynamics of high-performance vehicle movement.

• Comprehensive discussion of the construction and properties of pneumatic running wheels
• Detailed characteristics of tires under various load conditions
• Analysis of modern friction models, from Coulomb to Maxwell
• Presentation of friction models for car tires (LuGre, Wiegner/Uffelmann, Pacejki)
• Discussion of models of tire structure (flat analytical model, multi-element model, shell model, FE model)
• Author's EXP friction model of the driven running wheel
• Analysis of the dynamics of movement of high-performance vehicles of the Top Fuel Dragster type

Ryszard Andrzejewski's book is not only a collection of theories but also a practical application of knowledge in the field of vehicle mechanics. The author presents detailed descriptions of modern friction models, starting from the classic Coulomb model to advanced Maxwell models. Thanks to this, the reader gains a comprehensive understanding of the phenomena occurring in tires under various load conditions and on various surfaces. This publication is particularly valuable for people involved in research on vehicle dynamics and the design of modern suspension systems.

A unique feature of this book is the author's EXP friction model of the driven running wheel, developed based on experimental research. This model allows for a more accurate prediction of the wheel's behavior under various operating conditions, which is crucial for optimizing the driving parameters of vehicles. In addition, in the book, we find an analysis of the dynamics of movement of high-performance vehicles of the Top Fuel Dragster type, which is a fascinating case study for engineers and automotive enthusiasts. The theory of the elastic running wheel (tread momentum) developed by Hallum allows for the interpretation of dynamic phenomena accompanying starting, which is extremely important in the context of designing traction control systems.

PWN, the publisher of this publication, is a renowned scientific publishing house, guaranteeing high substantive and editorial quality. This book is addressed to a wide audience - from students and research staff to engineers and designers from the automotive industry. Thanks to detailed descriptions, analyses, and models, the reader gains a solid theoretical basis and practical tools for solving problems related to the dynamics of wheeled vehicles. Don't wait, reach for this book and expand your knowledge in the field of vehicle mechanics!