APPLICATION OF AN IMPROVED THREE-PHASE MODEL TO CALCULATE EFFECTIVE CHARACTERISTICS FOR A COMPOSITE WITH CYLINDRICAL INCLUSIONS

Authors

  • IGOR V. ANDRIANOV INSTITUTE OF GENERAL MECHANICS, RWTH AACHEN UNIVERSITY
  • JAN AWREJCEWICZ TECHNICAL UNIVERSITY OF LODZ, DEPARTMENT OF AUTOMATION AND BIOMECHANICS
  • GALINA A. STARUSHENKO DNIPROPETROVS€™K REGIONAL INSTITUTE OF STATE MANAGEMENT OF NATIONAL ACADEMY OF STATE MANAGEMENT AT THE PRESIDENT OF UKRAINE

Keywords:

COMPOSITE, THREE-PHASE MODEL, PERIODIC INCLUSIONS, HEAT TRANSFER

Abstract

A MODIFIED THREE-PHASE COMPOSITE MODEL YIELDING RELIABLE EFFECTIVE CHARACTERISTICS OF COMPOSITE STRUCTURES HAS BEEN PROPOSED. IN PARTICULAR, THE PROBLEM OF EFFECTIVE HEAT TRANSFER COEFFICIENT OF THE COMPOSITE STRUCTURE WITH PERIODICALLY LOCATED INCLUSIONS OF CIRCULAR CROSS-SECTIONS LOCATED ON A SQUARE NET IS SOLVED. ADVANTAGES OF THE PROPOSED MODEL IN COMPARISON TO THE CLASSICAL THREE-PHASE MODEL ARE ILLUSTRATED AND DISCUSSED.

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Published

2012-11-22

Issue

Vol. 10 No. 1 (2013)

Section

Articles

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