In the last three decades of developments, the technique of Digital Photoelasticity (DP) has
been stabilized and the methodology has been successfully applied to a wide range of …

Automatic methods of photoelasticity have had a significant progress with the development
of automatic acquisition and image processing methods. This article concerns RGB …

Digital photoelasticity has rapidly progressed in the last few years and has matured into an
industry-friendly technique. This review thematically classifies all the developments in digital …

In white light photoelasticity, the fringe order at a point of interest is resolved by comparing
the colour data with a calibration table recorded experimentally. Recently, some researchers …

Varied spatial resolution of isochromatic fringes over the domain influences the accuracy of
fringe order estimation using TFP/RGB photoelasticity. This has been brought out in the first …

This paper considers the main developments of RGB photoelasticity with reference to the
maximum measurable retardation. In this paper, a new procedure based on the standard …

Digital photoelasticity is an essential experimental method. For dynamic objects and
transient stress fields, the utilization of the instantaneous photoelastic method becomes …

This paper discusses the method for evaluating the unknown contact parameters by post
processing the whole field fringe order data obtained from reflection photoelasticity in a …

Colour adaptation techniques are useful in extending the method of Twelve fringe
photoelasticity (TFP) to solve problems in industries as one can minimise the generation of …

Photoelasticity is particularly suitable for the analysis of the stress state in structural
materials that are transparent and birefringent. Some techniques of digital photoelasticity …