Developments in Stress Analysis, Volume 1G. S. Holister |
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Page 66
... photoelasticity and to its natural extension , that is holography and holographic interferometry . This part of study will make the subject of a companion paper . Generally , in this chapter we limit ourselves to developing general ...
... photoelasticity and to its natural extension , that is holography and holographic interferometry . This part of study will make the subject of a companion paper . Generally , in this chapter we limit ourselves to developing general ...
Page 67
... photoelasticity by Richartz and Hsu11 who realised that the coefficients of the quaternion completely determine the corresponding optical element . The method of quaternions was widely used by Cernosek 12-14 for the solution of problems ...
... photoelasticity by Richartz and Hsu11 who realised that the coefficients of the quaternion completely determine the corresponding optical element . The method of quaternions was widely used by Cernosek 12-14 for the solution of problems ...
Page 68
... photoelasticity were Robert , 34 Aben 35-36 and Schwieger.37 All these methods of describing a polarisation form are ... photo- elasticity where a short - cut solution may be obtained by dividing the model into a pile of successive ...
... photoelasticity were Robert , 34 Aben 35-36 and Schwieger.37 All these methods of describing a polarisation form are ... photo- elasticity where a short - cut solution may be obtained by dividing the model into a pile of successive ...
Contents
The Method of Caustics Applied to Elasticity Problems | 27 |
Modern Methods in Polarisation Optics | 65 |
Strain Gauges | 127 |
Copyright | |
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adhesives angle applications approximation axes axis boundary calculus caustics changes circle completely components consider corresponding crack curve defined derived described determined developed difference direction displacement dynamic effect eigenvector elastic elliptical polarisation emerging light equal equations exp id experimental expressed factor finite element fringes function given grating hologram illuminating incident initial installation intensity Jones vector lead length light beam light ellipse limit linear linearly polarised lines loading materials matrix measuring method Michigan moiré Mueller normal numerical observed obtained optical element Ox-axis parallel parameters passing pattern phase plane plate Poincaré sphere polarisation form polarised light position present principal problems procedure produced projection range reference reflected relations represents resistance respectively retarder rotating scattered screen sensitivity singular solution specimen speckle Stokes vector strain gauge stress analysis surface techniques temperature THEOCARIS usually values wire