Motorcycle handling and chassis design pdf
Motorcycle Handling and Chassis Design ( edition) | Open LibraryIt will likely be some time before we have more. However, we can supply the eBook for 49 euros. If you buy the eBook now we will notify you when the paper version is in stock. The eBook has the same content as the real book but some illustrations are in colour and you can search for text. Please contact us to be notified when we have the paper books. This book very quickly became considered as the standard reference text.
PDF Download Motorcycle Chassis Design The Theory and Practice Read Full Ebook
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The modern motorcycle engineer must be able to understand the forces and stresses generated by the extremes of rider expectation and input, coupled with the power and torque outputs developed. Module Learning Outcomes On successful completion of the module, students will be able to: 1. Critically review, consolidate and extend the application and analysis of motorcycle dynamics concepts. Design and critically evaluate chassis concepts and use analytical methods in the investigation of the installation of drive-train components and the stresses generated. Design and critically analyse the operation of motorcycle suspension systems and predict ride behaviour and handling performance. Critically review and analyse the innovative approach to motorcycle chassis and suspension design at the cutting edge of chassis technology and systems Module Content Vehicle Ride Kinematics and dynamic analysis of suspension systems; suspension modelling, measurement of suspension forces; gyroscopic effects, procession, interaction with engine rotational forces. Vehicle Handling Analytical models for cornering and braking at a range of speeds and on a variety of surfaces, counter-steering effects, acceleration and braking, braking stability; steering systems; effects of geometrical changes, effects of weight transfer and cornering forces Stress Analysis Torsional chassis stress, suspension stresses under cornering, braking and acceleration conditions; Chassis flex and lateral stiffness considerations Tyre modelling Tyre properties and behaviour; tyre forces and moments, contact velocity and displacement; tyre models, discussion of coefficients of friction; on and off-road design principles.