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- W117695864 abstract "Experimental techniques are of a great importance in studying the stressj jstrain state of machine parts and of different construction elements. The difficulties of analytical solution according to theories of elasticity and plasticity in many practical problems make the experimental methods unavoidable in practice. The traditional techniques, such as dial gauges, strain gauges, suffer from the drawhack that they provide information at specific points and hence requirc prior knowledge of the location of critical areas. Optical methods have the double advantage to he full field means of measuring displacements and to be nondestructive. The optical methods under consideration are always costly to establish hecause of the high intellectual and economic capacity ahsorbed. With automatic data processing, costs may rise to three or four times those of purely holographic methods. In this case, however, both measuring possibilities and accuracy 'will be considerably increased. It is worth mentioning that only fully automated holographic measuring systems v,ill he a match for traditional techniques from metrology points of view, especially when measurements are can-ied out outside the laboratory, in factory environment. In the case of a three-dimensional displacement field, the applicability of holographic interferometry is determined hy its aptitude to measure all components of the displacement vector with the required accuracy. In this paper the hasic double-exposure techniques of holographic interferometry [1, 2, 3, 4, 5, 6] will he presented from the point of view mentioned above and a short description 'Will be given of an improved technique suggested hy the author for the measurement of the three-dimensional displacement field by holographic interferometry [7]." @default.
- W117695864 created "2016-06-24" @default.
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- W117695864 date "1977-01-01" @default.
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- W117695864 title "METHODS OF HOLOGRAPHIC INTERFEROMETRY FOR INDUSTRIAL MEASUREMENTS" @default.
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