Dynamics of Hydraulic Damper Modules
The piston rod mass’s physical nature of parameter-excited vibrations (often causing a comfort-destroying noise in passenger cars) is revealed, and a new mechanical principle is given to avoid such vibrations. General hints for the mutual design of these force elements are given, and a specialized optimization procedure for the force characteristics of damper modules is applied. It is shown that using a top mount in damper modules reduces the vibration isolation at higher frequencies and increases ride safety. That completes the investigation of the inner and out damper elasticity to comprehensively explain the vertical dynamics of damper and top mount vibration behavior. (Imprint: Novinka )
Table of Contents
Preface
List of Mathematical Terms
Chapter 1. Introduction
Chapter 2. Introduction to a Simplified Damper Module
Chapter 3. Basic Properties of a Hydraulic Damper
Chapter 4. Linear Analysis of the Damper
Chapter 5. Dynamics of the Damper Module
Chapter 6. Model Validation
Chapter 7. Considerations of Damper Module Design
Chapter 8. Optimization of Module Force Characteristics
Index
Reviews
There are no reviews yet.