Analysis of Electro-Thermal Characteristics of a Conductive Layer with Cracks and Holes

Authors

  • Palash Mondal

  • Md. Abdullah Al Ahad

Keywords:

electro-thermal, cracks, holes, comsol, simulation, finite elementary method

Abstract

Electro-thermal characteristics of conductive layer with edge crack and internal hole subjected to steady current has been studied numerically In this paper an attempt has been made to determine the effects of presence of edge cracks or internal hole in conductive layers with different parameters by finite element method using COMSOL Multiphysics Simulation The characteristics are evaluated in terms of electrical and mechanical parameters that can be expressed in terms of electric potential and temperature at different locations of the layer The result shows that the generated temperature profiles are affected by edge crack or internal hole in a conductive layer The effects of practical issues are also being analyzed which include variable crosssection various materials variable material properties electrical and thermal insulation etc

How to Cite

Palash Mondal, & Md. Abdullah Al Ahad. (2014). Analysis of Electro-Thermal Characteristics of a Conductive Layer with Cracks and Holes. Global Journals of Research in Engineering, 14(A1), 59–64. Retrieved from https://engineeringresearch.org/index.php/GJRE/article/view/985

Analysis of Electro-Thermal Characteristics of a Conductive Layer with Cracks and Holes

Published

2014-01-15