High-speed ESPI and related techniques: Overview and its application in the automotive industry

Optics and Lasers in Engineering

Volumn 40, Issue 5-6, 2003, Pages 459-485

  Chen, F ^a   Luo, W D ^a   Dale, M ^a   Petniunas, A ^a   Harwood, P ^a   Brown, G M ^b  

^a FORD MOTOR COMPANY   (United States)

^b Optical Systems Engineering   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

AUTOMOTIVE INDUSTRY; CAMERAS; PULSED LASER APPLICATIONS; SPECKLE;

ELECTRONIC SPECKLE PATTERN INTERFEROMETRY (ESPI);

INTERFEROMETRY;

EID: 0037732648     PISSN: 01438166     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0143-8166(02)00083-0     Document Type: Article

References (122)

1. Cranz C., Schardin H. Kinematographie auf ruhendem film und mit extrem hoher Bildfrequenz. Z Phys. 56:1929;147-183.
2. Riley W.F., Dally L.W. Recording dynamic fringe patterns with a Cranz-Schardin camera. Exp Mech. 8:1969;27-33.
3. Dally J.W., Sanford R.J. Multiple ruby laser system for high speed photography. Opt Eng. 21(4):1982;704-708.
4. Chen F., Cao Z., Fang R.H., Chen P. Dynamic deformation measurement by white light speckle method. Appl Math Mech. 9.\par:1986.
5. Frungel F. High speed pulse technology, Vols. I, II, III, IV, New York: Academic Press, 1965, 1965, 1976, 1980.
6. Field J.E. High speed photography. techniques and applications Opt Eng. 21(4):1982;709-717.
7. Felske A, Happe A. Vibration analysis by double pulsed laser holography. SAE 770030, 1977.
8. Felske A, Hoppe G, Matthaei H. Oscillations in squealing disk brakes analysis of vibrating modes by holographic interferometry. SAE 780333, 1978.
9. Aprahamian R., Evensen D.A., Mixson J.S., Jacoby J.L. Holographic study of propagating transverse waves in plates. Exp Mech. 11:1971;357-362.
10. Cookson T.J., Butters J.N., Pollard H.C. Pulsed lasers in electronic speckle pattern interferometry. Opt Laser Technol. 10:1978;119-124.
11. Spoore R. Fringe quality in pulsed TV holography. SPIE. 1508:1991;118-128.
12. Davila A., Kerr D., Kaufmann G.H. Digital processing of electronic speckle pattern interferometry addition fringes. Appl Opt. 33(25):1994;5964-5969.
13. Santoyo F.M., Moore A.J., Tyrer J.R., Ochoa N.A. Noise reduction in twin-pulsed addition electronic speckle pattern interferometry fringe patterns. Opt Eng. 33(5):1994;1712-1716.
14. Shellabear MC, Mendoza Santoyo F, Tyrer JR. Processing of addition and subtraction fringes from pulsed ESPI for study of vibrations. SEM Proceedings on Holographic Interferometry and Speckle Metrology, 1990. p. 238-44.
15. Kaufmann GH, Kerr D, Halliwell NA. Contrast enhancement of pulsed ESPI addition fringes. Opt Lasers Eng 1994;(20):25-34.
16. Moore A.J., Perez-Lopez C. Fringe visibility enhancement and phase calculation in doubled-pulsed addition ESPI. J Mod Opt. 43(9):1996;1829-1844.
17. Alcala Ochoa N., Santoyo F.M., Moore A.J., Perez Lopez C. Contrast enhancement of electronic speckle pattern interferometry addition fringes. Appl Opt. 36(13):1997;2783-2787.
18. Farrant D.I., Kaufmann G.H., Petzing J.N., Tyrer J.R., Oreb B.F., Kerr D. Measurement of transient deformations with dual-pulse addition electronic speckle-pattern interferometry. Appl Opt. 37(31):1998;7259-7267.
19. Tyrer J.R. Application of pulsed holography and double pulsed electronic speckle pattern interferometry to large vibrating engineering structures. SPIE. 599:1985;181-188.
20. Hirain A., Akatsu T., Horii Y. Dynamic motion measurement using digital TV speckle interferometer. SPIE. 549:1985;86-93.
21. Fagan W.F., Preater R.W.T. Video holographic interferometry. SPIE. 746:1987;58-60.
22. Preater RWT, Swain RC. In-plane strain measurement on high speed rotating components using pulsed laser ESPI. SEM Proceedings on Holographic Interferometry and Speckle Metrology, 1990. p. 288-93.
23. Wizinowich P.L. Phase shifting interferometry in the presence of vibration. a new algorithm and system Appl Opt. 29:1990;3271-3279.
24. Spooren R. Double pulsed subtraction TV holography. Opt Eng. 31:1992;1000-1007.
25. Pedrini G., Pfister B., Tiziani H.J. Double-pulse electronic speckle interferometry. J Mod Opt. 40:1993;89-96.
26. Huntley J.M. High-speed laser speckle photography. Part 1. repetitively Q-switched ruby laser light source Opt Eng. 33(5):1994;1692-1699.
27. Brown G.M., Smith G.H. Dynamic computer aided video holometry. SPIE. 1162:1989;36-45.
28. Moore A.J., Hand D.P., Barton J.S., Jones J.D.C. Transient deformation measurement with electronic speckle pattern interferometry and a high-speed camera. Appl Opt. 38(7):1999;1159-1162.
29. Hung YY, Griffen CT, Chen F. High speed digital holography: equivalence of full field accelerometer for vibration measurement. SAE 960715, 1996.
30. Hung YY, Griffen CT, Chen F. High speed shearography for measurement transient deformation and vibration. VIII International Congress on Experimental Mechanics, SEM, 1996.
31. Luo WD. Temporal phase measurement techniques with applications to dynamic deformation measurement, surface profilometry and strain determination. Ph.D. thesis, Oakland University, 2001.
32. Reeves M., Taylor N., Edwards C., Williams D., Buckberry C.H. A study of brake disc modal behavior during squeal generation using high-speed electronic speckle pattern interferometry and near-field sound pressure measurements. Proc Instn Mech Engrs. 214(Part D):2000;285-296.
33. Huntley J.M., Kaufmann G.H., Kerr D. Phase shifted dynamic speckle pattern interferometry at 1. kHz Appl Opt. 38(31):1999;6556-6563.
34. Ahmadshahi M.A., Krishnaswamy S., Nemat-Nasser S. Dynamic holographic-electronic speckle pattern interferometry. ASME J Appl Mech. 60:1993;866-874.
35. Huntley J.M. High-speed laser speckle photography. Part 2. rotating mirror camera control system and applications Opt Eng. 33(5):1994;1700-1707.
36. Takeda M., Hideki I., Kobayashi S. Fourier-transform method of fringe pattern analysis for computer based topography and interferometry. J Opt Soc Am. &2:1983;156-160.
37. Davila A., Kerr D., Kaufmann G.H. Fast electro-optical system for pulsed ESPI carrier fringe generation. Opt Commun. 123:1996;457-464.
38. Kreis T. Digital holographic interference-phase measurement using the Fourier-transform method. J Opt Soc Am. A3:1986;847-855.
39. Chen F, Marchi MM, Griffen CT. Phase determination of a single fringe pattern by regional Fourier transform method for transient event analysis. ICO XVIII, Congress of the International Commission for Optics, 1999.
40. Moore A.J., Mendoza-Santoyo F. Phase demodulation in the space domain with a fringe carrier. Opt Lasers Eng. 23:1995;319-330.
41. Steinbichler H, Gutjahr J. Method for direct phase measurement of radiation, particularly light radiation, and apparatus for performing the method. US Patent, US5155363 A1, 1992.
42. Mertz L. Real time fringe pattern analysis. Appl Opt. 22:1983;1535-1539.
43. Womack K.H. Interferometric phase measurement using spatial synchronous detection. Opt Eng. 23:1984;391-395.
44. Saldner H.O., Molin N.E., Stetson K.A. Fourier transform evaluation of phase data in spatially phase-biased TV holograms. Appl Opt. 35:1996;332-336.
45. Schedin S., Gren P. Pulsed TV holography. system description and some applications SPIE. 3100:1997;14-21.
46. Ettemeyer A. Germany Patent, DE19513233 A1, 1996.
47. Kerr D., Mendoza Santoyo F., Tyrer J.R. Extraction of phase data from electronic speckle pattern interferometric fringes using a single-phase-step method. a novel approach J Opt Soc Am. A/7(5):1990;820.
48. Colonna de Lega X. Processing of non-stationary interference patterns: adapted phase-shifting algorithms and wavelet analysis. Ph.D. dissertation, Ecole Polytechnique Federal Lausanne, Switzerland, 1997.
49. Huntley J.M., Saldner H. Temporal phase-unwrapping algorithm for automated interferogram analysis. Appl Opt. 32:1993;3047-3052.
50. Itoh K. Analysis of the phase unwrapping algorithm. Appl Opt. 21:1982;2470.
51. Saldner H.O., Huntley J.M. Profilometry by temporal phase unwrapping and spatial light modulator based fringe projector. Opt Eng. 36(2):1997;610-615.
52. Joenathan C., Franze B., Haible P., Tiziani H.J. Shape measurement by use of temporal Fourier transformation in dual-beam illumination speckle interferometry. Appl Opt. 37(16):1998;3385-3390.
53. Joenathan C., Franze B., Haible P., Tiziani H.J. Speckle interferometry with temporal phase evaluation for measuring large-object deformation. Appl Opt. 37:1998;2608-2614.
54. Joenathan C., Franze B., Haible P., Tiziani H.J. Large in-plane displacement measurement in dual-beam speckle interferometry using temporal phase measurement. J Mod Opt. 45:1998;1975-1984.
55. Saldner H.O., Huntley J.M. Temporal phase unwrapping. application to surface profiling of discontinuous objects Appl Opt. 36(13):1997;2770-2775.
56. Creath K. Temporal phase measurement methods. In: Robison DW, Reid GT, editors. Interferogram analysis, 1993.
57. Huntley J.M., Saldner H.O. Error-reduction methods for shape measurement by temporal phase unwrapping. J Opt Soc Am. A/14(12):1997;3188-3196.
58. Nishiwaki M. Review of study on brake squeal. JSAE Rev. 11(4):1990;48-54.
59. Ibrahim R.A. Friction-induced vibration, chatter, squeal, and chaos, Part I. mechanics of contact and friction Appl Mech Rev. 47(7):1994;209-226.
60. Ibrahim R.A. Friction-induced vibration, chatter, squeal, and chaos, Part II. dynamics and modeling Appl Mech Rev. 47(7):1994;227-253.
61. Yang S, Gibson RF. Brake vibration and noise: reviews, comments and proposed considerations. Proceedings of 14th International Modal Analysis Conference, Vol. II, 1996. p. 255-74.
62. Fieldhouse J.D., Newcomb T.P. Double pulsed holography used to investigate noisy brakes. Opt Lasers Eng. 6(25):1996;455-494.
63. Fieldhouse JD, Rennison M. An investigation of low frequency drum brake noise. SAE Brake Colloquium, 1998. p. 65-73.
64. Oshitani Y. Determination quality of automotive door closing sounds. JSAE. 45(12.):1991.
65. Petniunas A., Marchi M.M., Forbes J.W. Practical applications of holometric methods in automotive testing. SPIE. 2545:1995;254-264.
66. Chen F, Marchi MM, Nunez S, Harwood P. Optical metrology and its applications in the automotive industry, SEM, 1999.
67. Gu J., Chen F. Fast Fourier transformation iteration, and least square fit demodulation image processing for analysis of single carrier fringe pattern. J Opt Soc Am. 12(10.):1995.
68. Servin M., Marroquin J.L., Cuevas F.J. Demodulation of a single interferogram by use of a two-dimensional regularized phase-tracking technique. Appl Opt. 36(19):1997;4540-4548.
69. Schnars U. Direct phase determination in hologram interferometry with use of digital recorded holograms. J Opt Soc Am. A11:1994;2011-2015.
70. Pedrini G., Tiziani H.J. Digital double-pulse holographic interferometry using Fresnel and image plane holograms. Measurement. 15:1995;251-260.
71. Pedrini G., Zou Y.L., Tiziani H.J. Digital double-pulse holographic interferometry for vibration analysis. J Mod Opt. 42:1995;367-374.
72. Pedrini G., Tiziani H.J., Zou Y.L. Digital double pulse-TV-holography. Opt Laser Eng. 26:1997;199-219.
73. Spooren R., Dyrseth A., Vaz M. Electronic Shear Interferometry. application of a double pulsed laser Appl Opt. 32(25):1993;4719-4727.
74. Shim V, Toh S, Quah W. Impact induced flexural waves in a Timoshenko beam shearographic detection and analysis. Exp Mech 1994;340-8.
75. Davila A., Kaufmann G.H., Perez-Lopez C. Transient deformation analysis by a carrier method of pulsed electronic speckle-shearing pattern interferometry. Appl Opt. 37(19):1998;4116-4122.
76. Steinchen W., Yang L.X., Kupfer G., Mackel P., Voessing F. Toward double-pulse digital shearography. SPIE. 3418:1998;19-26.
77. Chen F. State of the art of shearography and its applications. Recent Res Dev Opt Eng, India. 3:2000;89-110.
78. Chen F. Digital shearography. state of the art and some applications J Electron Imaging. 10(1):2001;240-251.
79. Pedrini G., Tiziani H.J. Double-pulse electronic speckle interferometry for vibration analysis. Appl Opt. 33(34):1994;7857-7863.
80. Pedrini G., Zou Y.L., Tiziani H.J. Simultaneous quantitative evaluation of in-plane and out-of-plane deformations by use of a multidirectional spatial carrier. Appl Opt. 36(4):1997;786-792.
81. Takatsuji T., Oreb B.F., Farrant D.I., Tyrer J.R. Simultaneous measurement of three orthogonal components of displacement by electronic speckle-pattern interferometry and the Fourier transform method. Appl Opt. 36(7):1997;1438-1445.
82. van Haasteren A.J.P., Frankena H.J. Real-time displacement measurement using a multicamera phase-stepping speckle interferometry. Appl Opt. 33(19):1994;4137-4142.
83. Santoyo F.M., Shellabear M.C., Tyrer J.R. Whole field in-plane vibration analysis using pulsed phase-stepped ESPI. Appl Opt. 30(7):1991;717-721.
84. Fernandez A., Moore A.J., Perez-Lopez C., Doval A.F,.Blanco-.Garcia .J. Study of transient deformations with pulsed TV holography. application to crack detection Appl Opt. 36(10):1997;2058-2065.
85. Crawforth L, Lee CK, Munce AC. Application of pulsed laser holographic interferometry to study of magnetic disk drivecomponenet motions. SEM Proc 1991; 404-12.
86. Olofsson K., Lindgren L.E. Holographic interferometry measurements of transient bending waves in tubes and rings. Exp Mech. 33:1993;308-313.
87. Huntley J.M., Benckert L.R. Measurement of dynamic crack tip displacement filed by speckle photography and interferometry. Opt Laser Eng. 19:1993;299-312.
88. Pitlak R.T., Page R. Pulsed lasers for holographic interferometry. Opt Eng. 24(4):1985;639-644.
89. Rosvold G.O., Lokberg O.J. Effect and use of exposure control in vibration analysis using TV holography. Appl Opt. 32(5):1993;684-691.
90. Ruiz P.D., Kaufmann G.H., Davila A., Huntley J.M. Application of high-speed phase-shifted speckle interferometry to the detection of subsurface delaminations in carbon fiber composites. SPIE. 4419:2001;156-161.
91. Huntley J.M. Phase errors in low-frequency vibration measurement with high-speed phase-shifting speckle pattern interferometry. Opt Eng. 40(9):2001;1984-1992.
92. Van der Auweraer H., Steinbichler H., Haberstok C., Freymann R., Storer D. Integration of pulsed-laser ESPI with spatial domain modal analysis. results from the salome project SPIE. 4072:2000;313-322.
93. Molin N.E. Pulsed TV holography system. development and some results SPIE. 3047:1998;148-153.
94. Petrov V., Lau B. Electronic speckle pattern interferometry with a holographically generated reference wave. Opt Eng. 35(08):1996;2363-2370.
95. Alves P.S., Arruda J.R., Gaul L., Hurlebaus S. Power flow estimation using pulsed ESPI. SPIE. 4072:2000;362-373.
96. Perez Lopez C., Mendoza Santoyo F., Rodriguez R. Separation of vibration fringe data from rotating object fringes in pulsed ESPI. SPIE. 4072:2000;324-328.
97. Wang Z., Walz T., Schubach H.R., Ettemeyer A. Three-dimensional pulsed ESPI technique of analysis of dynamic problems. SPIE. 3824:1999;58-64.
98. Rosenthal D.M., Trolinger J.D., Weber D.C. Use of double-pulsed ESPI for earthquake mitigation of large structures. SPIE. 1553:1992;175-184.
99. Mendoza Santoyo F., Shellabear M.C., Tyrer J.R. Four cases of engineering vibration studies using pulsed ESPI. SPIE. 1508:1991;143-152.
100. Steinbichler H., Leidenbach S. Electronic speckle interferometry with pulsed lasers and practical applications. SPIE. 3098:1997;183-187.
101. Owner-Petersen M. Vibrational amplitude and phase retrieval from pulsed interferograms. SPIE. 1972:1993;328-335.
102. Petzing J.N. Vibration analysis using fast speckle metrology. SPIE. 3745:1999;134-140.
103. Schedin S., Gren P., Finnstroem M. Measurement of the density field around an air gun muzzle by pulsed TV holography. SPIE. 3823:1999;13-19.
104. Schedin S., Gren P. Pulsed TV holography. system description and some applications SPIE. 3100:1997;14-21.
105. Fernandez A., Doval A.F., Bugarin J., Dorrio B.V., Lopez C., Alen J.M., Lanco-Garcia J., Perez-Amor M., Fernandez J.L. Transient bending wave analysis by Fourier evaluation of single-pulsed TV holography fringe patterns. SPIE. 3098:1997;575-581.
106. Fernandez A., Kaufmann G.H., Doval A.F., Blanco-Garcia J., Fernandez J.L. Comparison of carrier removal methods in the analysis of television holography fringes by the Fourier transform method. Opt Eng. 37(11):1998;2899-2905.
107. Urgela S. Grading of wooden plates for musical instrument making by means of holographic interferometry. Opt Eng. 37(07):1998;2108-2118.
108. Burke J., Helmers H. Spatial versus temporal phase shifting in electronic speckle-pattern interferometry. noise comparison in phase maps Appl Opt. 39(25):2000;4598-4606.
109. Garcia B.B., Moore A.J., Perez-Lopez C., Wang L., Tschudi T. Transient deformation measurement with electronic speckle pattern interferometry by use of a holographic optical element for spatial phase stepping. Appl Opt. 38(28):1999;5944-5947.
110. Felske A, Happe A. Vibration analysis by double pulsed laser holography. SAE 770030.
111. Gerhart GR, Arutunian G. Pulsed holographic analysis of large vibrating vehicle components. SAE 790413.
112. Wanders K, Weigrand H, Muller J, Steinbichler H. High-speed photography and pulsed laser holography for diagnostic investigations of mixture formation and vibration in reciprocating. SAE 834079.
113. Miura Y, Susuki T. Vibration mode analysis of engine components using double pulsed laser holography. SAE 844155.
114. Nakano M, Minami T. Holographic vibration analysis and a study of engine noise control. SAE 850323.
115. Fieldhouse JD, Newcomb TP. The application of holographic interferometry to the study of disc brake noise. SAE 930805.
116. Synder DS, Marchi MM. Controlling panel noise and vibration using non-contact test methodologies. SAE 931339.
117. Fieldhouse JD, Newcomb TP. An experimental investigation into disc brake noise. SAE 934269.
118. Van der Auweraer H, Dierckx B, Haberstok C, Freymann R, Vanlanduit S. Structural modeling of car panels using holographic modal analysis. SAE 1999-01-1849.
119. Steinbichler H. New options of holographic interferometry. SPIE. 1057:1991;435-445.
120. Andrag R., Barbosa F.J., Skews B.W. ESPI of a transient shock wave flow using an ultra-fast digital camera. SPIE. 4183:2001;590-598.
121. Wang Z, Walz T, Schubach HR, Ettemeyer A. Three-dimensional pulsed ESPI technique of analysis of dynamic problems. EOS/SPIE International Symposium on "Industrial Lasers and Inspection", Munchen, 1999.
122. Krupka R, Walz T, Ettemeyer A. New techniques and applications for 3D-brake vibration analysis. SAE 2000-01-2772.