ABSTRACT

This volume examines the theoretical and practical needs on the subject of multibody system dynamics with emphasis on flexible systems and engineering applications. lt focuses on developing an all purpose algorithm for the dynamic simulation of flexible tree-like systems making use of matrix representation at all levels. The book covers new theories with engineering applications involved in broad fields which include; civil engineering, aerospace and robotics, as well as general and mechanical engineering. The applications include high temperature conditions, time variant contact conditions, biosystem analysis, vibration minimization and control.

part 1|120 pages

Theory

chapter 1|14 pages

Introduction

chapter 2|50 pages

Formulation of Flexible Multibody Systems

chapter 3|22 pages

Consideration of Nonlinearities

chapter 4|32 pages

Time Variant Boundary Conditions

part 2|85 pages

Applications

chapter 5|22 pages

Dynamic Analysis of Gear Meshing Teeth

chapter 6|24 pages

Minimization of Vibration in Elastic Beams

chapter 7|12 pages

Frequency Response of Multibody Systems

chapter 8|25 pages

Minimization of Vibration of Human Models