C0- Continuity Isoparametric Formulation using Trigonometric Displacement Functions for One Dimensional Elements

Authors

  • Esmaeil Asadzadeh

Keywords:

finite element method, c0- continuity element, trigonometric shape functions, isoparametric concept

Abstract

This is an original research on the selection of the trigonometric shape functions in the finite element analysis of the one dimensional elements A new family of C0- continuity elements is introduced using the trigonometric interpolation model To relate the natural and global coordinate system for each element of specific structure i e transformation mapping in one dimensional element a new trigonometric function is used and the new determinant has been introduced instead of polynomial function and Jacobian determinant The new introduced trigonometric determinant allows for the state of constant strain within the element satisfying the completeness requirement However this cannot be achieved using the Jacobian determinant to relate the coordinates while using the trigonometric functions The finite element formulation presented in this paper gives comparable results with exact solution for all kinds of one dimensional analysis

How to Cite

Esmaeil Asadzadeh. (2014). C0- Continuity Isoparametric Formulation using Trigonometric Displacement Functions for One Dimensional Elements. Global Journals of Research in Engineering, 14(E1), 27–34. Retrieved from https://engineeringresearch.org/index.php/GJRE/article/view/1077

C0- Continuity Isoparametric Formulation using Trigonometric Displacement Functions for One Dimensional Elements

Published

2014-01-15