Rheological Relation for Optical Materials in Dynamic Photoelasticity

Nataliya Olali, Promise Mebine, Nataliya Zazimkо, Petro Malezhyk

Abstract: The method of calculating the difference principal stresses and strains in linearly viscoelastic optically sensitive polymer materials by the given picture of interference fringes, which is changing in time, is offered. The main value obtained using direct and inverse Laplace transforms.

Keywords: Photoelasticity, solid mechanics, stress, strain, polymers.

Title: Rheological Relation for Optical Materials in Dynamic Photoelasticity

Author: Nataliya Olali, Promise Mebine, Nataliya Zazimkо, Petro Malezhyk

International Journal of Mathematics and Physical Sciences Research

ISSN 2348-5736 (Online)

Research Publish Journals

Vol. 3, Issue 2, October 2015 – March 2016

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Rheological Relation for Optical Materials in Dynamic Photoelasticity by Nataliya Olali, Promise Mebine, Nataliya Zazimkо, Petro Malezhyk