论文信息 - An integrated retardation technique for the determination of thermal stresses in rotationally symmetrical bodies

An integrated retardation technique for the determination of thermal stresses in rotationally symmetrical bodies

Abstract The theory of a non-destructive photoelastic method for the quantitative determination of thermal stress concentrations in rotationally symmetrical bodies with a transverse plane of symmetry is presented. This is a development of Fox's work, in which integrated relative retardation and scattered-light observations are required.

P. Stanley | F. A. Khayyat

[1] P. Stanley,et al. The photoelastic determination of thermal stress concentrations in grooved cylinders with a radial temperature gradient , 1979 .

[2] P. Stanley,et al. The dependence of the mechanical, physical and optical properties of Araldite CT200/HT907 on temperature over the range -10 degrees C to 70 degrees C , 1978 .

[3] P. Stanley,et al. The integrated relative retardation in a photoelastic cylinder with a radial temperature gradient , 1977 .

[4] C. P. Burger,et al. The author presents the main considerations in model tests of thermal-stress problems with a review of the major techniques used , 1975 .

[5] L. S. Srinath. Principal-stress differences in transverse planes of symmetry , 1971 .

[6] Y. F. Cheng. Stress at notch root of shafts under axially symmetric loading , 1970 .

[7] E. A. Fox. THE PHOTOELASTIC DETERMINATION OF STRESS ON TRANSVERSE PLANES OF SYMMETRY FOR THE GENERAL AXI-SYMMETRIC CASE , 1954 .

[8] D. C. Drucker,et al. Interpretation of Photoelastic Transmission Patterns for a Three‐Dimensional Model , 1954 .

[9] A. W. Sáenz,et al. Quenching stresses in transparent isotropic media and the photoelastic method , 1950 .

[10] R. Weller. A New Method for Photoelasticity in Three Dimensions , 1939 .