Abstract
The evolution of optical techniques since the development of the laser has been particularly significant in the area of holography applied to engineering metrology. For various reasons, such techniques have not been extended to include large-scale applications outside the confines of a well-controlled laboratory environment, where the necessary coherence properties of the laser can be maintained adequately. In the sometimes hostile environmental conditions of an industrial test, techniques based on incoherent or white-light illumination are not so restricted and, unlike holographic interferometry, they can present information concerning in-plane displacements directly.
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References
Archbold, E., Burch, J.M. and Ennos, A.E. (1970) Recording of in-plane surface displacement by double-exposure speckle photography. Opt. Acta 17(12), 883–98.
Boone, P.M. (1970) Nouveaux Revue d’Optique Appliqueé, 1(2), 10.
Boone, P.M., Vinckier, A.G., Denys, R.M. and Sys, W.M. (1982) Application of specimen-grid moiré techniques in large scale steel testing. Opt. Eng. 21(4), 615–25.
Burch, J.M. and Forno, C. (1982) High resolution moiré photography. Opt. Eng., 21(4), 602–14.
Burch, J.M., Forno, C. and Tanner, L.H. (1974) A lens-hologram test for the symmetric aberrations of a camera system. Opt. and Laser Tech., 6(3), 109–13.
Chiang, F.P. (1978) Moiré methods of strain analysis, in Manual on Experimental Stress Analysis(ed. A.S. Kobayashi ), SEM, Prentice Hall.
Cloud, G. (1976) Slotted apertures for multiplying grating frequencies. Opt. Eng., 15(6), 578–82.
Cook, R.W.E. (1971) Recording distortion in irregularly shaped objects. Opt. and Laser Tech., 3(2), 71–73.
Davidson, R. (1987) Laser moiré interferometry as applied to adhesive joints. Proc. SPIE 814, 479–98.
Dean, G.D., Forno, C., Johnson, A.F. and Dawson, D. (1984) Determination of the strain distribution in a circular plate under uniform pressure for biaxial stress tests. Polymer Testing 4, 3–29.
Durelli, A.J. and Parks, V.J. (1970) Moiré Analysis of Strain, Prentice Hall, Englewood Cliffs, N.J.
Forno, C. (1980) Film characteristics in high resolution moiré photography, Opt. Eng., 19(6) 908–10.
Forno, C. (1975) White-light speckle photography for measuring deformation, strain and shape. Opt. and Laser Tech., 7(5), 217–21.
Huntley, J.M. and Field, J.E. (1990) High resolution moiré photography: application to dynamic stress analysis, Opt. Eng., 28(8), 926–33.
Kang, B.S., Kobayashi, A.S. and Post, D. (1987) Stable crack growth in aluminium tensile specimens, Exp. Mech. 27(3), 234–45.
Kearney, A.M. and Forno, C. (1989) A large scale deformation study using moiré photography. Photogrammetric Record, 13(74), 217–24.
Marasco, J. (1975) Use of a curved grating in shadow moiré. Exp. Mech., 15, 464–70.
Miles, C.A. and Speight, B.S. (1975) Recording the shape of animals by a moiré method, J. Physics E, 773–7.
Pekelsky, J.R. (1986) Automated contour ordering in moiré topograms for biosterometrics in Biosterometrics 85(ed. A.M. Coblentz and R.E. Herron), Proc. SPIE, 602, 6–17.
Post, D. (1968) New optical methods of moiré fringe multiplication, Exp. Mech. 8(2), 63–8.
Post, D. (1991) Moiré interferometry: advances and applications, Exp. Mech. 31 (3), 276–80.
Lord Rayleigh. (1874) On the manufacture and theory of diffraction gratings. Phil. Mag., 47, 193–205.
Righi, A. (1877) Sui fenomeni the si producono colla sovprappozione die due reticoli e spora alcune lora applicazioni: I. Nuovo Cimento, 21, 203–7.
Ritter, R. (1982) Reflection moiré for plate bending studies. Opt. Eng., 21(4), 663–71.
Salbut, L. and Patorski, K. (1990) Polarisation phase shifting method for moiré interferometry and flatness testing. App. Opt. 29(10), 1471–3.
Ruiz, C., Post, D. and Czamek, R. (1985) Moiré interferometic study of dovetail joints. J. Appl. Mech., 52(1), 109–14.
Sevenhaijsen, P. J. (1981) Two simple methods for deformation demonstration and measurement. Strain, 17(1), 20–4.
Theocaris, P.S. (1964) The moiré method in thermal fields. Exp. Mech., 4, 223–31.
Wadsworth, N., Marchant, M. and Billing, B. (1973) Real-time observation of in-plane displacements of opaque surfaces. Opt. and Laser Tech., 5(3), 119–23.
Webster, J. M., Hepworth, J. K. and Forno, C. (1981) Strain determination in a transition joint at high temperature. Exp. Mech., 21(5), 195–200.
Weissmann, E.M. and Post, D. (1982) Full-field cisplacement and strain rosettes by moiré interferometry. Exp. Mech., 22(9), 324–8.
Selected papers on shadow moiré
Creath, K. (1988) Phase-measurement interferometry techniques. Progress in Optics 26, 349–93.
Kujawinska, M. and Wojciak, J. (1991) High accuracy Fourier transform fringe pattern analysis. Opt. and Lasers in Eng., 14(4), 325–39.
Meadows, D. M. et al.(1970) Generation of surface contours by moiré patterns. Appl. Opt., 9, 942–7.
Pirodda, L. (1982) Shadow and projection moiré techniques for absolute and relative mapping of surface shapes. Opt. Eng., 21(4), 640–9.
Selected papers on phase-stepping method for fringe analysis
Reid, G. T., Rixon, R. C. and Messer, H. I. (1984) Absolute and comparative shape measurement of three-dimensional shape by phase measuring moiré topography. Opt. and Laser Tech., 16(6), 315–19.
Takasaki, H. (1970) Moiré topography, Appl Opt., 9, 1467–72.
Selected papers on moiré interferometry
Bowels, D. F. et al(1981) Moiré interferometry for thermal expansion of composites. Exp. Mech., 21(12), 441–7.
Czarnek, R. (1991) Three-mirror four-beam moiré interferometer and its capabilities. Opt. and Lasers in Eng., 15(2), 93–101.
Guo, Y. (1991) Vibration insensitive moiré interferometry system for off-table applications. Proc. SPIE conf. Photomechanics and Speckle Metrology.
Han, B. and Post, D. (1991) Moiré interferometry with increased sensitivity. Proc. SPIE conf. Photomechanics and speckle metrology. Submitted to Opt. Eng. and Exp. Mech.
Ifju, P. and Post, D. (1991) Zero-thickness gratings for moiré interferometry. Exp. Tech., 15, 2.
Kang, B. S., Wang, F.X. and Liu, Q. K. (1990) High temperature moiré interferometry for use to 550 °C. Proc. SEM Conf. Hologram Interferometry and Speckle Metrology, Baltimore.
McDonach, A. et al.(1983) Improved moiré interferometry and applications in fracture mechanics, residual stress and damaged composites. Exp. Tech., 23(2), 20–4.
Patorski, K., Post, D., Czarnek, R. and Guo, Y. (1987) Real-time optical differentiation for moiré interferometry, Appl. Opt., 26(10), 1977–82.
Pirodda, L. (1988) Improvements to the technique of moiré interferometry. Opt. Eng., 27(3), 219–24.
Post, D. (1987) Moiré Interferometry, in Manual on Experimental Mechanics(ed A. S. Kobayashi ), SEM, Prentice-Hall.
Post, D. and Baracat, W. A. (1981) High-sensitivity moiré interferometry–a simplified approach. Exp. Mech. 21(3), 100–4.
Post, D., Czarnek, R. and Smith, C.W. (1984) Patterns of U and V displacement fields around cracks in aluminium by moiré interferometry, in Applications of Fracture Mechanics to Materials and Structures(ed. G. C. Sih et al), Martinus Nijhoff, Hingham, Mass., pp. 699–708.
Weissman, E. M. and Post, D. (1982) Moiré interferometry near the theoretical limit. Appl. Opt., 21(9), 1621–3.
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Forno, C. (1993). Moiré methods in strain measurement. In: Williams, D.C. (eds) Optical Methods in Engineering Metrology. Engineering Aspects of Lasers Series. Springer, Dordrecht. https://doi.org/10.1007/978-94-011-1564-3_9
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DOI: https://doi.org/10.1007/978-94-011-1564-3_9
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