1. Pian, T.H.H., Tong, P., and Luk, C.H., “Elastic Crack Analysis by a Finite Element Hybrid Method,” 3rd Conference on Matrix Methods and Structural Mechanics, Wright-Patterson Air Force Base, Ohio (1971).
2. Chandrashekhara, K.K. andJacobs, K., Experimental Numerical Hybrid Technique for Stress Analysis of Orthotropic Composites, Holester, ed., Development in Composite Materials, Applied Science Publisher, Barking, Essex, UK, 67–83 (1977).
3. Smith, C.W., Post, D., Hiatt, G., andNicoletto, G., “Displacement Measurements Around Cracks in Three Dimensional Problems by a Hybrid Experimental Technique,” EXPERIMENTAL MECHANICS,23,15–20 (1983).
4. Huang, Y.M., AbdelMohsen, H., andRowlands, R.E., “Determination of Individual Stresses Thermoelastically,” EXPERIMENTAL MECHANICS,30,88–94 (1990).
5. Huang, Y.M., AbdelMohsen, H., Lohr, D., Feng, Z, Rowlands, R.E., and Stanley, P., “Determination of Individual Stress Components from SPATE Isopachics Only,” Proceedings of the 6th International Congress on Experimental Mechanics, Portland, Oregon (1988).