Title of article
Analytical mechanics solution for mechanism motion and elastic deformation hybrid problem of beam system
Author/Authors
Qilin، نويسنده , , Zhang and Jun، نويسنده , , Ji and Zhenghua، نويسنده , , Huang and Zhiguo، نويسنده , , Chang، نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2009
Pages
7
From page
901
To page
907
Abstract
Based on the dynamics of flexible multi-body systems and finite element method, a beam system dynamics model is built for solving motion–deformation mixed problem and tracing the whole process of mechanism motion. Kinetic control equation and constraint equation in which, mechanism motion and elastic deformation is described using hybrid coordinates, and the spatial position matrix of the element is described using Euler quaternion are derived. Numerical examples show that the method can trace and solve the track and internal force of the system.
Keywords
Euler quaternion , Dynamics of flexible multi-body systems , Hybrid coordinates description , beam element
Journal title
Finite Elements in Analysis and Design
Serial Year
2009
Journal title
Finite Elements in Analysis and Design
Record number
1457764
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