1. Leven, M. M.,andSampson, R. C., “Photoelastic Stress and Deformation Analysis of Nuclear Compon,”Sents, ESA Proc., XII (1),161–180 (1959).See also “Thermal Stresses in Design: Part 16—Measurements by Photoelasticity” by S. S. Manson, Machine Design, 143–151 (Nov. 26 1959).
2. Guernsey, R., “Progress Report on Photoelastic Study of Cladded Tubes,” Nuclear Matls. and Propulsion Operation Rpt. APEX-612, GE Co. (August 1961).
3. Prigorovski, N. I., andVardanyan, G. S., “Determination of Thermoelastic Stresses by a Polarization-Optical Method,”Zavodskaya Laboratoriya,27 (9),1129–1134 (1961),(translated by ISA). (See also “Reviews of European Papers on Experimental Mechanics,” by J. T. Pindera,Experimental Mechanics,4 (it(11), for reference to another paper on the subject by Prigorovski and Vardanyan.
4. Slot, T., “Differential Thermal Expansion in Blutt-Joined Tubes,” Advanced Technology Labs. Rpt. 63GL86, GE Co. (May 1963).
5. Slot, T., “Photoelastic Analysis of Divider-Lane Thermal-Stresses in Steam-Generator Tube-Sheets,” Advanced Technology Labs. Rpt. 64G9, GE Co. (April 1964).