Optoelectronic developments in speckle interferometry

Proceedings of SPIE - The International Society for Optical Engineering

Volumn 2860, Issue , 1996, Pages 194-212

  Tatam, R P ^a  

^a CRANFIELD UNIVERSITY   (United Kingdom)

Author keywords

ESPI; Laser Diodes; Optical Fibre; Shape Slope measurement; Shearography; Speckle Interferometry; Vibration measurement

Indexed keywords

LASER INTERFEROMETRY; OPTICAL FIBERS; SEMICONDUCTOR LASERS; SOLID STATE LASERS; VIBRATION MEASUREMENT;

DISPLACEMENT GRADIENTS; ESPI; OPTOELECTRONIC TECHNOLOGY; SHEAROGRAPHY; SOLID-STATE LASER SOURCES; SPECKLE INTERFEROMETER; SPECKLE INTERFEROMETRY; STROBOSCOPIC TECHNIQUES;

SPECKLE;

EID: 0000462038     PISSN: 0277786X     EISSN: 1996756X     Source Type: Conference Proceeding    
DOI: 10.1117/12.276306     Document Type: Conference Paper

References (78)

1. Butters, J.N and Leendertz, J.A. Holographic and video techniques applied to engineering measurements. JMeas. Control 4 (1971) 349-354
2. Macovski, A., Ramsey, D and Shaefer, L.F., Time lapse interferometry and contouring using television systems. Appl. Opt., 10 (1971) 2722-27
3. Schwomma, O., German Pat. 298830 (1972);
4. Forshung und Technik Neuer Züricher Beilage (1975) 257
5. Lefevre, H.C., Single-mode fibre fractional wave devices and polarisation controllers. Electron. Leti., 16 (20) (1980) 778-780
6. Davies, J.C. and Buckberry, C.H., Application of electronic speckle pattern interferometry in automotive product development. VDI Berichte, (617) (1986) 279-293
7. Valera, J.D., Harvey, D. and Jones, J.D.C., Automatic heterodyning in fibre optic speckle pattern interferometry. SHE, Vol. 1508 (1991) 170-179
8. Tatam, R.P., Davies, J.C., Buckberry, C.H. and Jones J.D.C., Holographic surface contouring using wavelength modulation oflaser diodes. Optics & Laser Technology, 22 (5) (1990) 317-321
9. Atcha, H and Tatam, R.P., The use of laser diodes and monomode optical fibre in electronic speckle pattern interferometry. SPIE Proc Vol. 1584 (1991) 221-232
10. Paoleu: D and Spagnolos G.S. Application of fibre optic digital speckle interferometry to mural painting diagnostics. Meas. Sci.and Technol Vol 4 (5) (1993) 614-618
11. Mercer, C.R. and Beheim, G.B. Speckle interferometry using fiber optic phase stepping SPIE Proc Vol 1162 (1989) 180
12. Atcha, H. British Gas, UK. Private Communication
13. Wiseall, S.S. Rolls Royce plc, UK. Private Communication.
14. Buckberry, C.H. Rover Group, UK. Private Communication.
15. Martini, G. Analysis of a single-mode optical fibre piezoceramic phase modulation. Opt. Quantum Electron. Vol 19 (1987) 179-190
16. Tatam, R.P. Optical Fibre Modulation Techniques for Single Mode Fibre Sensors. Optical Fibre Sensor Technology, Edit. Grattan, K.T.V and Meggitt, B. Chapman and Hall Publishing 1995.
17. Huang, J-R., Ford, H.D. and Tatam, R.P., Slope measurement by two-wavelength electronic shearography. Accepted for publication in Optics. And Lasers in Eng.
18. Valera, J.D.R. and Jones, J.D.C., Vibration analysis by modulated time-averaged speckle shearing interferometry. Meas. Sci. Technol., 6(1995)197-202
19. Hocker, G.B. (1979) Fiber-optic sensing of pressure and temperature. Appl. Optics, 18, 1445-8
20. Santos, J.L., Newson, T.P. and Jackson, D.A., Electronic speckle pattern interferometry using single-mode fibres and active fringe stabilisation. Opt. Leit., 15 (1990) 573-575
21. Galannlis, K, Bunkas, T and Ritter, R. Active stabilisation of ESPI systems for applications under rough conditions. SPIE Proc Vol 2545 (1995) 103-107
22. Atcha H: "Optoelectronic Speckle Pattern Interferomttry", PhD thesis, (1995) Cranfield University, UK.
23. Moran, S.E., Law, R.L., Craig, P.N. and Goldberg, W.M., Optically phase locked electronic speckle pattern interferometer. Appl. Opt., 26 (1987) 475-491
24. Dupont, C, Optoelectronic stabilisation for electronic speckle pattern interferometry. MSc thesis, Cranfield University, (1992)
25. Valera, ID., Doval, A.F. and Jones J.D.C., Combined fibre optic laser velocimeter and electronic speckle pattern interferometer with a common reference beam. Meas. Sci. Technol., 4 (1993) 578-582
26. Moran, SE, Lagannani, R, Craig, PN. and Goldberg, WM., Optically phase locked electronic speckle pattern interferometry: system performance for vibration measurement in random displacement field. J. Optic Soc. Am. Vol A6 (1989) 252
27. Ballantyne, R.L. Charge-injection devices create versatile sensors. Laser Focus World (March 1996, S37-S38)
28. Smigielski. P, Albe. F and Dischii. B. Progress in holographic and interferometric endoscopy. SPIE Vol 1732 (1992) 481
29. Wykes, C and Flanagan, M. The use of a diode laser in a ESPI system. Opt. Laser. Technol. Vol 19 (1987) 37-39
30. Huang, J-R Optoelectronic Speckle Shearing Inlerferometry PhD thesis (1996) Cranfield University, UK.
31. Atcha, H. and Tatam, R.P., Heterodyning of fibre optic electronic speckle pattern interferometers using laser diode wavelength modulation. Meas. Sci. Technol., 5 (1994) 704-709
32. Anderson, D.J., Valera, A.F. and Jones J.D.C., Electronic speckle pattern interferometry using diode laser stroboscopic illumination. Meas. Sci. Technol., 4 (1993) 982-987
33. Ford, H.D., Atcha, H. and Tatam, R.P., Optical fibre technique for the measurement of small frequency separations: application to surface profile measurement using electronic speckle pattern interferometry. Meas. Sci. Technol., 4 (1993) 601
34. Gulker, G et al., Two-wavelength electronic speckle pattern interferometry for the analysis of discontinuous deformation fields. Appl. Opt. Vol 31 (1992) 4519-4521
35. Peng. X et al. A simplified multi-wavelength ESPI contouring technique based on a diode laser system. Optik Vol 91 (1992) 81-85
36. de Groot. P, Fiber-coupled laser diode mount for interferometry. Appl. Opt. Engineering and Laboratory Notes Supplement 1 Dec (1993) 7122-7123
37. Sharp Laboratories, Press Service, June 1994
38. Hung, Y.Y., Turner, J.L., Tafralian, M., Hovanesian, J.D. and Taylor, C.E., Optical method for measuring contour slopes of an object. Appl; Opt., 17 (1) (1978) 128-131.
39. Winther, S. 3D Strain measurements using ESPI. Optics and Lasers in Engineering Vol 8 (1988) 45-57
40. Jaisingh, G.K. & Chiang, F.P., Contouring by laser speckle. Appl. Opt., 20 (19) (1981) 3385-87
41. Ganesan, A.R. & Sirohi, R.S., New method of contouring using digital speckle pattern interferometry (DSPI). SPIE, Vol. 954 (1988) 327-332
42. Denby, D., Quintanilla, G.E. and Butters, J.N., The Engineering uses of coherent optics. Ed. Robertson, E.R., Cambridge University Press, Cambridge, (1975) 171-197
43. Fercher, A.F., Hugh, Z. and Vry, U., Rough surface interferometry with a two-wavelength heterodyne speckle interferometer. Appl. Opt., 24 (1985) 2181-88
44. Atcha, H., Tatam, R.P., Buckberry, C.H., Davies, J.C. and Jones, J.D.C., Surface contouring using TV holography. SPIE, Vol. 1504 (1991) 221-232
45. Diao, H.Y., Peng, X., Zou, Y.L., Tiziani H.J. and Chen, C., Contouring using two-wavelength electronic speckle pattern interferometry employing dual-beam illuminations. Optik, 91 (1)(1992) 19-23
46. Winther, S. and Slettemoen, G.A., An ESPI contouring technique in strain analysis. SPIE, Vol. 473 (1984) 44-47
47. Bergquist, B.D. and Montgomery, P., Contouring by electronic speckle pattern interferometry (ESPI). SPIE, Vol. 599 (1985) 189-195
48. Rodriguez-Vera, R., Kerr, D. and Mendoza-Santoyo, F., Electronic Speckle Contouring. J. Opt. Soc. Am., A9 (1992) 2000-2008
49. Peng, X., Diao, H.Y., Zou, Y.L.and Tiziani H., Contouring by modified dual-beam ESPI based on tilting illumination beams. Optik, 90 (2) (1992) 61-64
50. Fercher, A.F., Vry, U and Wermer, W. Two wavelength speckle interferometry on rough surfaces using a mode hopping diode laser. Optics and Lasers in Engineering Vol 11(1989) 271-279
51. Environmental Optical Sensors Inc. Boulder, Co, USA
52. Interferogram Analysis ed. Robinson, DW and Reid, GT. IOP Publishing Ltd, Bristol, UK (1993)
53. Creath, K. Temporal Phase Measurement Methods in Interferogram Analysis. IOP Publishing Ltd, Bristol, UK (1993).
54. Quan, Cand Bryanston-Cross, P.J., Double source holographic contouring using fibre optics. Opt. & Laser Technol., 22 (4) (1990) 255-259.
55. Atcha, H.and Tatam, R.P., Optoelectronic ESPI: applications to surface contouring and vibration measurements. Proc. 9th Optical Fibre Sensors Conference (IEEE/OSA) Firenze, Italy, (1993) 337-340.
56. Tay, C.J., Chau, F.S., Shang, H.N., Shim, V.P.W. & Toh, S.L., The Measurement of Slope Using Shearography. Optics and Lasers in Eng. 14 (1991) 13-24.
57. Rastogi, P.K., Measurement of the derivatives of curved surfaces using speckle interferometry. J. Modern Optics, 41 (4) (1994) 659-661.
58. Huang, J-R.and Tatam R.P., Optoelectronic shearography: two wavelength slope measurement. SPIE, Vol. 2544 (1995) 300.
59. Dresel, T, Hausler, G and Venzke, H. Three-dimensional sensing of rough surfaces by coherence radar. Appl. Opt. Vol 7, 31 (1992)919-925.
60. Jones, R.C and Wykes, C Holographic and Speckle Interferometry, Cambridge University Press, Cambridge, UK 2nd ed (1989).
61. Davies, J.C. and Buckberry, C.H. Television holography and its application in Optical Methods in Engineering Metrology. Ed. Williams DC, Chapman and Hall, London 1993.
62. Huang, J-R, Ford, H.D. and Tatam R.P. Phase stepping of speckle shearing interferometers using a wavelength modulated laser diode. Opt. Lett, (in press)(1996).
63. Løkberg, O J. and Svenke, P., Design and use of an electronic speckle pattern interferometer for testing of turbine parts. Opt.and Lasers in Eng, 2 (1981) 1-12.
64. Davies, J.C, The application of electronic speckle pattern interferometry to modal analysis. Proc. Int. Symp.on Automotive Technol.and Automation, Graz Austra, (1985) 73-92.
65. Løkberg, O.J., Industrial applications of ESPI. SPIE, Vol. 952 (1988) 208-217.
66. Buckberry, C.H and Davies, J.C, The application of TV holography to engineering problems in the automotive industry. Proc. Soc. For Exp. Mechanics on hologram interferometry and speckle metrology, Bethel, Conn. USA, (1990) 268-278.
67. Stetson, K.A, Brokinsky, W.R, Wahid, J and Bushman, T. An Electro-Optic Holography system with real-time arithmetic processing, J. of Non destructive testing Vol 8 (1989) 69-76.
68. Pryputniewicz, R.J and Stetson, K.A. Measurement of vibration patterns using electro-optic holography. SPIE Vol 1162 (1989)456-467.
69. Nakadate, S., Yatagai, T. and Saito, H., Digital speckle-pattern shearing interferometry. Appl. Opt., 19 (24)( 1980)4241.
70. Toh, S.L., Sang, H.M., Chau, F.S. and Tay, C.J., Flaw detection in composites using time-averaged shearography. Opt. Laser Technol., 23 (1991) 25-30.
71. Pryputniewicz, R.J., Electronic shearography and electronic holography working side by side. SPIE, Vol. 1821 (1992) 27.
72. Mohan, N.K., Saldner, H.O. and Molin, N.E., Electronic shearography applied to static and vibrating objects. Opt.Commun., 108 (1994) 197-202.
73. Huang, J-R, Ford, H.D, and Tatam, R.P. Source modulation for phase shifting in static and dynamic speckle shearing interferometry. SPIE Vol 2860 (1996).
74. Løkberg, O.J and Høgmoen, K. Use of modulated reference wave in electronic speckle pattern interferometry. J. Phys. E. Sci lnstrum Vol 9 (1976) 847-851.
75. Anderson, D.J., Jones, J.D.C., Sinha, P.G., Kidd, S.P. and Barton, J.S., Scheme for extending the bandwidth of injection-current-induced laser diode optical frequency modulation. J.Modern Optics, 38 (1991) 2459.
76. Høgmoen, K. And Løkberg, O J., Detection and measurement of small vibrations using electronic speckle pattern interferometry. Appl. Opt., 16 (7) (1977) 1869-75.
77. Tyrer, JR, Application of pulsed holography and double pulsed electronic speckle pattern interferometry to large vibrating engineering structures. SPIE, vol. 599 (1985) 181.
78. Moore, A. Centro de Investigacious en Optica. A.C. Mexico. Private Communication.