Paper Title:
Effective Heat Transfer Analysis by Mesh Superposition Method
  Abstract

In recent years, it has been proposed that multi-scale numerical analyses can be applied to structural design to reduce experimental efforts. Although many multi-scale analyses have been mainly applied to mechanical dynamics, they do not approach the subject from a thermal perspective, which is a very important phenomenon for structural design. With this consideration, in this paper we dealt with the formulation and programming of the unsteady-state heat transfer problem by a mesh superposition method, which is spotlighted in the stress analysis field. The numerical results of the proposed method have good agreement with the conventional finite element method. It has also been verified that the developed program has good accuracy and that the proposed method is useful in the design of engineering products.

  Info
Periodical
Edited by
Yukichi Umakoshi and Shinji Fujimoto
Pages
373-378
DOI
10.4028/www.scientific.net/MSF.512.373
Citation
F. Kubo, M. Zako, T. Kurashiki, "Effective Heat Transfer Analysis by Mesh Superposition Method", Materials Science Forum, Vol. 512, pp. 373-378, 2006
Online since
April 2006
Export
Price
$32.00
Share

In order to see related information, you need to Login.

In order to see related information, you need to Login.

Authors: Young Shin Lee, Young Jin Choi, Young Hwan Kang, Youn Bok Lee
Abstract:During fuel irradiation tests of material and fuel rods, all parts of cylindrical shells with multiple holes act as heat sources due to...
2589
Authors: Yan Yu, Feng Xue Wang, Jun Chen, Zhen Liu
Abstract:This paper takes the butt joint of axle case steel as research object, simulates the real-time three dimensional dynamics CO2...
2370
Authors: Wei Wei, Ming Zhong Wang, Jun Pan
Chapter 8: Architectural Environment & Equipment Engineering
Abstract:In order to avoid the heat transfixion among users in the concentration area of the water source heat pump, a suitable layout of pumps for...
3027
  | Authors: Dmitry Gerasimov, Nikolay Biba, Sergei Stebunov, Maksim Kadach
Chapter 3: Mathematical Modeling and Numerical Investigation in Designing of Technological Processes
Abstract:Numerical modeling of longitudinal rolling usually requires high computational power meanwhile it still takes long time to simulate multi...
158