Determination of integral fringe order in photoelasticity
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The paper describes a method to determine the integral fringe order associated with a fractional fringe value that is measured using Tardy or other similar compensators. The method makes use of two different wavelengths of light to determine the fractional fringe values. Further, it does not assume the independence of the material fringe constant on the wavelength of light used. From these measured fractional fringe values, the associated integral fringe order is determined. A method to construct a ready-reckoner table is also described which helps to identify the integral fringe order from any two measured fractional fringe values.
- Pant, B., “A Method for Determining Integral Fringe Orders in Photoelastic Analysis,”Experimental Mechanics,3 (7),173–174 (1963).
- Young, W. C., “An Automated Process for Three-dimensional Photoelastic Analysis,”Experimental Mechanics,9 (6),275–280 (1969).
- Durelli, A. J. and Riley, W. F., Introduction to Photomechanics, Prentice Hall International Series, Englewood Cliffs, NJ, 54–55 (1965).
- Coker, E. G. andFilon, L. N. G., “A Treatise on Photoelasticity,”Cambridge Univ. Press, U.K., 199, 230 (1957).
- Determination of integral fringe order in photoelasticity
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