## Developments in Stress Analysis, Volume 1 |

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### Contents

Numerical Methods in Stress AnalysisThe Basis and Some | 1 |

The Method of Caustics Applied to Elasticity Problems | 27 |

Modern Methods in Polarisation Optics | 65 |

Copyright | |

3 other sections not shown

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### Common terms and phrases

adhesives alloy applications axes azimuth caustic formed characteristic components corresponding cos2 crack tip defined determination developed diffraction dynamic eigenvector elastic elliptical polarisation form elliptically polarised light emerging light beam epoxies equations expressed finite difference Finite Element Method foil fringe pattern gauge installation given hologram illuminating initial curve Jones calculus Jones matrix Jones vector laser lead wires lens light ellipse light intensity light rays light vector linear polariser linear retarder linearly polarised light loading materials Mech method of caustics microstrain moire Mueller calculus Mueller matrix numerical obtained optical element optical system Ox-axis parallel phase photoelasticity plane plastic plate Poincare sphere polarisation optics polarised light beam polyimide principal meridional problems quaternion reference screen relations represents rotating scattered sensitivity singular specimen grating speckle pattern Stokes parameters Stokes vector strain gauge Strain Measurement stress analysis stress field stress intensity factor subtends an angle surface techniques Theocaris Wulff-net Young's fringes