Damage detection and assessment in fibre-reinforced composite structures with embedded fibre optic sensors-review

Smart Materials and Structures

Volumn 11, Issue 6, 2002, Pages 925-939

  Zhou, G ^a   Sim, L M ^a  

^a LOUGHBOROUGH UNIVERSITY   (United Kingdom)

Author keywords

[No Author keywords available]

Indexed keywords

COMPOSITE STRUCTURES; FIBER OPTIC SENSORS; FIBER REINFORCED MATERIALS; FRACTURE;

DAMAGE ASSESSMENT; DAMAGE DETECTION; FIBER REINFORCED COMPOSITE STRUCTURES;

INTELLIGENT STRUCTURES;

EID: 0036964213     PISSN: 09641726     EISSN: None     Source Type: Journal    
DOI: 10.1088/0964-1726/11/6/314     Document Type: Article

References (154)

1. Measures R M 2001 Structural Monitoring with Fiber Optic Technology (San Dieog, CA: Academic)
2. Reid S R and Zhou G 2000 Impact Behaviour of Fibre-reinforced Composite Materials and Structures (Cambridge: Woodhead)
3. Culshaw B 1985 Optical fibres in NDT: a brief review of applications NDT Int. 8 265-8
4. Gandhi M V and Thompson B S 1992 Smart Materials and Structures (London: Chapman and Hall)
5. Liu T and Fernando G F 1998 The application of optical fiber sensors in advanced fiber reinforced composites Optical Fiber Sensor Technology vol 3, ed K T V Grattan and B T Meggitt (London: Kluwer) pp 87-129
6. Measures R M 1989 Fiber optic smart structures program at UTIAS Proc. SPIE 1170 92-108
7. Michie C 2000 Optical fiber sensors for advanced composite materials Comprehensive Composite Materials vol 5, ed A Kelly and C Zweben (Oxford: Elsevier) pp 475-91
8. Udd E 1991 Fiber optic smart structures Fiber Optic Sensors: an Introduction for Engineers and Scientists ed E Udd (New York: Wiley) pp 439-67
9. Mazur C J, Sendeckyj G P and Stevens D M 1988 Air force smart structures/skins program overview Proc. SPIE 986 19-29
10. Raiti P 1990 Fiber optic sensors for smart skins applications Proc. SPIE 1370 6-19
11. Lloyd P and Doran C 1996 Military applications of smart materials and structures J. Defence Sci. 1 338-51
12. Hogg D, Janzen D, Valis T and Measures R M 1991 Development of a fibre Fabry-Perot strain gauge Proc. SPIE 1588 300-7
13. Simonsen H D. Paetsch R and Dunphy J R 1992 Fiber Bragg grating sensor demonstration in glass-fiber reinforced polyester composite Proc. SPIE 1777 73-6
14. Poland S H, May R G, Murphy K A, Claus R O, Tran T A and Miller M S 1993 Methods for integrating optical fibers with advanced aerospace materials Proc. SPIE 1918 122-30
15. Claus R O, Gunther M S, Wang A B, Murphy K A and Sun D 1993 Extrinsic Fabry-Perot sensors for structural evaluation Applications for Fibre Optic Sensors in Engineering Mechanics ed F Ansari (New York: ASCE) pp 60-70
16. Kim K S, Ismail Y and Springer G S 1993 Measurements of strains and temperature with embedded intrinsic Fabry-Perot optical fiber sensors J. Compos. Mater. 27 1663-7
17. Sirkis J S, Putnam M A, Berkoff T A, Kersey A D, Friebele E J Jones R T and Brennan D 1994 In-line fiber etalon (ILFE) for internal strain measurement Proc. SPIE 2191 137-47
18. Akhavan F, Watkins S E and Chandrashekhara K 1995 Hybrid sensors for impact-induced strain in smart composite plates Proc. SPIE 2444 514-25
19. Bhatia V, Sen M B, Murphy K A, Claus R O, Jones M E. Grace J L, Tran T A and Greene J A 1995 Optical fiber extrinsic Fabry-Perot interferometric strain sensor for multiple strain state measurement Proc. SPIE 2444 115-26
20. Hadjiprocopiou M, Reed G T, Hollaway L, Thorne A M and Garden H 1995 Experimental results and finite element modelling of an embedded polarimetric sensor Composites 26 775-83
21. Levin K and Nilsson S 1996 Examination of reliability of fibre optic sensors embedded in carbon/epoxy composites Proc. SPIE 2779 222-9
22. Rao Y J and Jackson D A 1996 Universal fibre-optic point sensor system for quasi-static absolute measurements of multiparameters exploiting low coherence interrogation IEEE J. Lightwave Technol. 14 592-600
23. Rao Y J, Jackson D A, Zhang L and Bennion I 1996 Strain sensing of modern composite materials with spatial/wavelength-division multiplexed fiber grating network Opt. Lett. 21 683-5
24. Grossmann B G and Huang L T 1998 Fiber optic sensor array for multi-dimensional strain measurement Smart Mater. Struct. 7 159-65
25. Zhao W and Claus R O 1999 Optical fiber grating sensors in multimode fibers Smart Mater. Struct. 9 212-14
26. Read I J, Foote P. D, Roberts D, Zhang L, Bennnion I and Carr M 1999 Smart carbon-fibre mast for a super-yacht Proc. 2nd Int. Workshop on Structural Health Monitoring pp 276-86
27. Satori K, Ikeda Y, Kurosawa Y, Hongo A and Takeda N 2000 Development of small-diameter optical fibre sensors for damage detection in composite laminates Proc. SPIE 3986 104-11
28. Guemes J A, Menendez J M, Frovel M, Fernandez I and Pintado J M 2001 Experimental analysis of buckling in aircraft skin panels by fibre optic sensors Smart Mater. Struct. 10 490-6
29. Waite S R and Sage G N 1988 The failure of optical fibres embedded in composite materials Composites 19 288-94
30. Miller M S, Case S W, Carman G P, Schmid C A, May R G and Claus R O 1992 Validation of axial strain transfer from a composite laminate to embedded optical fiber sensors Proc. SPIE 1798 19-29
31. Sirkis J S and Dasgupta A 1995 Optical fiber/composite interaction mechanics Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 61-107
32. Crane R M, Macander A B and Gagorik J 1983 Fiber optics for a damage assessment system for fiber reinforced plastic composites Rev. Prog. Quantitative NDE 2B 1419-30
33. Hofer B 1987 Fibre optic damage detection in composite structures Composites 18 309-16
34. Kulman R, Duncan B and Claus R O 1987 Fiber optic composite impact monitor Proc. IEEE South East Conf. 2 414-17
35. Measures R M, Glossop N D W, Lymer J, Leblanc, M, West J, Dubois S, Tsaw W and Tennyson R C 1989 Structurally integrated fiber optic damage assessment system for composite materials Appl. Opt. 28 2626-33
36. Lu Z J and Blaha F A 1989 A fiber optic strain and impact sensor system for composite materials Proc. SPIE 1170 239-48
37. Liu K, Ferguson S M, McEven K, Tapanes E and Measures R M 1990 Acoustic emission detection within composites with an embedded interferometric optical fiber sensor Proc. SPIE 1370 316-23
38. Spillman W B Jr and Furh P L 1990 Impact detection and location system for smart skins applications Proc. SPIE 1370 308-15
39. Tay A K, Wilson D A and Wood R L 1990 Microdamage and optical signal analysis of impact induced fracture in smart structures Proc. SPIE 1370 328-43
40. Bonniau P, Chazelas J, Lecuellet J, Gendre F, Turpin M, Le Pesant J P and Brevignon M 1991 Damage detection in woven-composite materials using embedded fiber optic sensors Proc. SPIE 1588 52-63
41. Grossman B, Gao X and Thursby M 1991 Composite damage assessment employing an optical neural network processor and an embedded fiber optic sensor array Proc. SPIE 1588 64-75
42. Gunther M F, Wang A, Fogg B R, Starr S E, Murphy K A and Claus R O 1992 Fiber optic impact detection and location system embedded in a composite material Proc. SPIE 1798 262-9
43. Fuhr P L 1994 Single-fiber simultaneous vibration sensing and impact detection for large space structures Smart Mater. Struct. 3 124-8
44. Chang C C and Sirkis J S 1995 Optical fiber sensors embedded in composite panels for impact detection Proc. SPIE 2444 502-13
45. Greene J A, Tran T A, Bhatia V, Gunther M F, Wang A, Murphy K A and Claus R O 1995 Optical fibre sensing technique for impact detection and location in compositesandmetal specimen Smart Mater. Struct. 4 93-9
46. Noharet B, Chazelas J, Bonniau P, Lecuellet J and Turpin M 1995 Impact detection on airborne multilayered structures Proc. SPIE 2444 460-8
47. Schindler P M, May R G, Claus R O and Shaw J K 1995 Location of impacts on composite panels by embedded fiber optic sensors and neural network processing Proc. SPIE 2444 481-9
48. Grace J L, Poland S H, Murphy K A, Claus R O, Abraham P and Sridharan K 1996 Embedded fiber optic sensors for structural damage detection Proc. SPIE 2718 196-201
49. Malki A, Gafsi R, Michel L, Labarrere M and Lecoy P 1996 Impact and vibration detection in composite materials by using intermodal interference in multimode optical fibers Appl. Opt. 35 5198-201
50. Michel L, Labarrere M, Gafsi R, Malki A and Lecoy P 1996 Impact detection and vibration sensing for material composite structures by integrated optic fibre sensors Proc. SPIE 2779 230-234
51. Michie C, Culshaw B, Thursby G, Kontantaki M, Turpin M, Lecot C, Noharet B, Lequime M, Vennotti P, Vanucci A, Lang D, Kalb P. Davidson R, Roberts S, Papadopoulos P, Ikiadis A, Chazelas J, Bonniau P, Herbst T and Windisch A 1996 Optical fibre sensors for monitoring of structure (OSMOS) Proc. SPIE 2718 385-97
52. Carman G P, Lesko J J, Reifsnider K L, Vengsarkar A, Miller B, Fogg B and Claus R 1997 Micro-damage analysis with embedded sensors in macro-composites Proc. Active Materials and Adaptive Structures Session ADPA/AIAA/ASME/SPIE Conf. pp 567-72
53. Levin K and Jarlas R 1997 Vulnerability of embedded EFPI-sensors to low-energy impacts Smart Mater. Struct. 6 369-82
54. Martin A R, Fernando G F and Hale K F 1997 Impact damage detection in filament wound tubes using embedded optical fibre sensors Smart Mater. Struct. 6 470-6
55. Chang C C and Sirkis J S 1998 Design of fiber optic sensor systems for low velocity impact detection Smart Mater. Struct. 7 166-77
56. Doyle C, Martin A, Liu T, Wu M, Hayes S, Crosby P A, Powell G R, Brooks D and Fernando G F 1998 In situ process and condition monitoring of advanced fibre-reinforced composite materials using optical sensors Smart Mater. Struct. 7 145-58
57. Liu T, Wu M, Rao Y. Jackson D A and Fernando G F 1998 A multiplexed optical fibre-based extrinsic Fabry-Perot sensor system for in situ strain monitoring in composites Smart Mater. Struct. 7 550-6
58. Foedinger R C, Rea D L, Sirkis J S, Baldwin C S, Troll J R, Grande R, Davis C S and Van Diver T L 1999 Embedded fiber optic sensor arrays for structural health monitoring of filament wound composite pressure vessel Proc. SPIE 3670 289-301
59. Giles I P, Mondanos M, Badcock R A and Lloyd P A 1999 Distributed optical fibre based damage detection in composites Proc. SPIE 3670 311-21
60. Sage I, Badcock R, Humberstone L, Geddes N, Kemp M and Bourhill G 1999 Triboluminescent damage sensors Smart Mater. Struct. 8 504-10
61. Bocherens E, Bourasseau S, Dewynter-Marty V, Py S, Dupont M, Ferdinand P and Berenger H 2000 Damage detection in radome sandwich material with embedded fiber optic sensors Smart Mater. Struct. 9 310-15
62. Bugaud M, Ferdinand P, Rougeault S, Dewynter-Mary V, Parneix P and Lucas D 2000 Health monitoring of composite plastic waterworks lock gates using in-fibre Bragg grating sensors Smart Mater. Struct. 9 322-7
63. Tsuda H, Takeda S, Takahashi J and Urabe K 2000 Response of Michelson interferometric fiber-optic sensors to impact loading J. Mater. Sci. Lett. 19 1-2
64. Tsutsui H, Sanda T, Okabe Y and Takeda N 2000 Real-time detection of impact load on composite laminates with embedded small-diameter optical fibre Proc. SPIE 3986 112-20
65. Dokos L. Mowlem M, Chambers A, Brambilla G and Pruneri V 2001 Low velocity impact detection and damage assessment in composite materials using fibre Bragg grating sensors Proc. ICCM-13 ID 1387
66. Kuang K S C, Kenny R, Whelan M P, Cantwell W J and Chalker P R 2001 Residual strain measurement and impact response of optical fibre Bragg grating sensors in fibre metal laminates Smart Mater. Struct. 10 338-46
67. Sage I, Humberstone L, Oswald, I, Lloyd P and Bourhill G 2001 Getting light through black composites: embedded triboluminescent structural damage sensors Smart Mater. Struct. 10 332-7
68. Wang G, Pran K, Sagvolden G, Havsgard G B, Jensen A E, Johnson G A and Vohra S T 2001 Ship hull structure monitoring using fibre optic sensors Smart Mater. Struct. 10 472-8
69. Waite S R, Tatam R P and Jackson A 1988 Use of optical fibre for damage and strain detection in composite materials Composites 19 435-42
70. Tsaw W, LeBlanc M and Measures R M 1990 Growth of damage within composites determined by imaged enhanced backlighting and embedded optical fibers Rev. Prog. Quantitative NDE 9 1207-12
71. Lesko J J, Carman G P, Fogg B F, Miller W V, Vengsarkar A M, Reifsnider K L and Claus R O 1992 Embedded Fabry-Perot fiber optic strain sensors in the macromodel composites Opt. Eng. 31 13-21
72. Bullock D, Dunphy J and Hufstetler G 1993 Embedded Bragg grating fiber optic sensor for composite flexbeams Proc. SPIE 1798 253-61
73. Paul C A, Sendeckyi G P and Carman G P 1993 Detection of the onset of damage using extrinsic Fabry-Perot interferometric strain sensors (EFPI-SS) Proc. SPIE 1918 154-64
74. Yaniv G, Zimmermann B and Lou K A 1993 Development of an optical fiber time domain sensor for monitoring static and fatigue strains in composite laminates Proc. SPIE 1918 377-87
75. Murphy K A, Schmid C A, Tran T A, Carman G, Wang A and Claus R O 1994 Delamination detection in composite using optical fiber techniques Proc. SPIE 2191 227-31
76. Badcock R A and Fernando G F 1995 An intensity-based optical fibre sensor for fatigue damage detection in advanced fibre-reinforced composites Smart Mater. Struct. 4 223-30
77. Fan N Y, Huang S, Alavie A T and Measures R M 1995 Rare earth doped fibre for structural damage assessment Smart Mater. Struct. 4 179-85
78. Hong C S, Kim C G, Kwon I B and Park J W 1996 Simultaneous strain and failure sensing of composite beam using an embedded fiber optic extrinsic Fabry-Perot sensor Proc. SPIE 2718 122-33
79. Hong C S, Kwon I B and Kim C G 1996 Strain and failure sensing by the fiber optic Michelson sensor embedded in composite beam Proc. SPIE 2779 213-16
80. Elvin N and Leung C K Y 1997 Feasibility of delamination detection with embedded optical fibers Proc. SPIE 3041 627-34
81. Liu T, Brooks D, Martin A, Badcock R, Ralph B and Fernando G F 1997 A multi-mode extrinsic Fabry-Perot interferometric strain sensor Smart Mater. Struct. 6, 464-9
82. Asundi A 1998 Detecting damage in composites Mech. Eng. June 76-7
83. Kageyama K, Kimpara I, Suzuki T, Ohsawa I, Murayama H and Ito K 1998 Smart marine structures: an approach to the monitoring of ship structures with fiber-optic sensors Smart Mater. Struct. 7 472-8
84. Tsuda H, Ikeguchi T, Takahashi J and Kemmochi K 1998 Damage monitoring of carbon fibre-reinforced plastic using Michelson interferometric fibre-optic sensors J. Mater. Sci. Lett. 17 503-6
85. Murukeshan V M, Chan P Y, Ong L S and Asundi A 1999 On-line health monitoring of smart composite structures using fiber polarimetric sensor Smart Mater. Struct. 8 544-8
86. Takeda N, Kosaka T and Ichiyama T 1999 Detection of transverse cracks by embedded plastic optical fiber in FRP laminates Proc. SPIE 3670 248-55
87. Park J W, Ryu C Y, Kang H K and Hong C S 2000 Detection of buckling and crack growth in the delaminated composites using fiber optic sensor J. Compos. Mater. 34 1602-23
88. Okabe Y, Yashiro S, Kosaka T and Takeda N 2000 Detection of transverse cracks in CFRP composites using embedded fibre Bragg grating sensors Smart Mater. Struct. 9 832-8
89. Okabe Y, Yashiro S, Kosaka T and Takeda N 2000 Detection of transverse cracks in composites by using embedded FBG sensors Proc. SPIE 3986 282-91
90. Wood K. Brown T, Rogowski R and Jensen B 2000 Fiber optic sensor for health monitoring of morphing airframes: I. Bragg grating strain and temperature sensor Smart Mater. Struct. 9 163-9
91. Hong C, Bang H J and Kim C G 2001 Real-time damage detection for smart composite materials using optical fibre sensors Proc. ICCM-13 ID 1509
92. Smith H Jr, Garrett A and Saff C R 1989 Smart structures concept study Proc. SPIE 1170 224-9
93. Waite S R 1990 Use of embedded optical fibre for early fatigue damage detection in composite materials Composites 21 148-9
94. Waite S R 1990 Use of embedded optical fibre for significant fatigue damage detection in composite materials Composites 21 225-31
95. Carman G P and Mitrovic M 1994 Health monitoring techniques for composite materials employing thermal parameters and fiber optic sensors Proc. SPIE 2191 244-56
96. Bhatia V, Schmid C A, Murphy K A, Claus R O, Tran T A, Greene J A and Miller M S 1995 Optical fiber sensing techniques for edge-induced and internal delamination detection in composites Smart Mater. Struct. 4 164-9
97. Liu T, Brooks D, Martin A, Badcock R and Fernando G F 1996 Design, fabrication and evaluation of an optical fibre sensor for tensile and compressive strain measurements via the use of white light interferometry Proc. SPIE 2718 408-16
98. Uleck K R, Fox M J and Vizzini A J 2000 Reliability of ultrahigh sensitivity optical fiber sensors embedded in graphite composites Proc. SPIE 3986 498-505
99. Lee D C, Lee J J, Kwon I B and Seo D C 2001 Monitoring of fatigue damage of composite structures by using embedded intensity-based optical fiber sensors Smart Mater. Struct. 10 285-92
100. Barton E N, Ogin S L, Thorne A M, Reed G T and Hongrui W 2001 Use of a polarimetric sensor to detect the fatigue crack growth of matrix cracks in a cross-ply composite laminate Proc. ICCM-13 ID1637
101. Fernando G F, Liu T, Crosby P, Doyle C, Martin A, Brooks D, Ralph B and Badcock R 1997 A multi purpose optical fibre sensor design for fibre reinforced composite materials Meas. Sci. Technol. 8 1065-79
102. Spillman W B Jr and Lord J R 1995 Methods of fibre optic ingress/egress for smart structures Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 146-53
103. LeBlanc M and Measures R M 1992 Impact damage assessment in composite materials with embedded fibre-optic sensors Compos. Eng. 2 573-96
104. LeBlanc M and Measures R M 1995 Fiber optic damage assessment Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 581-613
105. Measures R M, Melle S and Liu K 1992 Wavelength demodulated Bragg grating fiber optic sensing systems for addressing smart structure critical issues Smart Mater. Struct. 1 36-44
106. Ansari F 1997 Theory and application of integrated fiber optic sensors in structures Intelligent Civil Engineering Materials and Structures ed F Ansari, A Maji and C Leung (New York: ASCE) pp 2-28
107. Jones J D C and McBride R 1998 Multiplexing optical fiber sensors Optical Fiber Sensor Technology vol 2, ed K T V Grattan and B T Meggitt (London: Chapman and Hall) pp 117-65
108. Kersey A D 1996 Fiber optic sensor multiplexing techniques Fiber Optic Smart Structures ed E UDD (New York: Wiley) pp 409-44
109. Rogers A 1999 Distributed optical-fibre sensing Meas. Sci. Technol. 10 75-99
110. Dakin J 1995 Distributed optical fiber sensors Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 373-408
111. Udd E 1995 Fiber optic sensor overview Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 155-70
112. Lee C E and Taylor H F 1995 Sensors for smart structures based on the Fabry-Perot interferometer Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 249-69
113. Dunphy J R, Meltz G and Morey W W 1995 Optical fiber Bragg grating sensors: a candidate for smart structure applications Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 271-85
114. Liu K, Ferguson S M and Measures R M 1989 Damage detection in composites with embedded fibre optic interferometric sensors Proc. SPIE 1170 205-9
115. Measures R M 1992 Smart composite structures with embedded sensors Compos. Eng. 2 597-618
116. Measures R M 1999 Historical overview of the UTIAS fiber optic smart structures laboratory J. Aeronautique Spatial Can. 45, 184-93
117. Jensen A E, Storoy H, Irgens F, Lokberg O J and Wang G 1994 Monitoring vibration of sandwich plates and delamination with fiber optic sensor Proc. SPIE 2361 59-62
118. Claus R O, Sudeora S, Murphy K A and Bennett K D 1989 Low profile optical time domain fiber sensors for materials evaluation Rev. Prog. Quantitative NDE 8B 1437-42
119. Glossop N D W, Dubois S, Tsaw W, LeBlanc M, Lymer J, Measures R M and Tennyson R C 1990 Optical fibre damage detection for an aircraft composite leading edge Composites 21 71-80
120. Surace G and Chiaradia A 1997 Structural diagnostics using optical fiber sensors Proc. SPIE 3241 324-6
121. Narendran N, Letcher S, Shukla A and Singh R 1992 Embedded fiber-optic acoustic sensor for flaw detection Proc. SPIE 1798 124-33
122. Sirkis J S, Chang C C and Smith B T 1994 Low velocity impact of optical fiber embedded laminated graphite/epoxy panels: part 1. Macro-scale J. Compos. Mater. 28 1347-370
123. Sirkis J S and Chang C C 1994 Low velocity impact of opticalfiber embedded laminated graphite/epoxy panels: partII. Micro-scale J. Compos. Mater. 28 1532-552
124. Jeon B S, Lee J J, Kim J K and Huh J S 1999 Low velocity impact and delamination bulking behaviour of composite laminates with embedded optical fibers Smart Mater. Struct. 8 41-8
125. Sirkis J S and Dasgupta A 1993 Analysis of a damage sensor based on elastic-plastic metal coatings on optical fibers IEEE J. Lightwave Technol. 11 1385-93
126. Matrat J, Levin K and Jarlas R 2000 Effect of debonding on strain measurement of embedded Bragg grating sensors Proc. 2nd Int. Workshop on Structural Health Monitoring pp 651-60
127. Nath D K, Nelson G W, Griffin S E, Harrington C T, He Y, Reinhart L J, Paine D C and Morse T F 1991 Polyimide coated embedded optical fiber sensors Proc. SPIE 1489 17-32
128. Czarnek R, Guo Y F, Bennet K D and Claus R O 1988 Interferometric measurements of strain concentrations induced by an optical fiber embedded in a fiber reinforced composite Proc. SPIE 986 43-54
129. Dasgupta A, Wan Y and Sirkis J S 1992 Prediction of resin pocket geometry for stress analysis of optical fibers embedded in laminated composites Smart Mater. Struct. 1 101-7
130. Tay A, Wilson L and Wood L 1989 Strain analysis of optical fibres embedded in composite materials using finite element modelling Proc. SPIE 1170 521-33
131. Dasgupta A, Wan Y, Sirkis J S and Singh H 1990 Micromechanical investigation of an optical fiber embedded in a laminated composite Proc. SPIE 1370 119-128
132. Measures R M 1993 Fiber optic sensing for composite smart structures Compos. Eng. 3 715-50
133. Jensen D W and Sirkis J S 1995 Integrity of composite structures with embedded optical fibres Fiber Optic Smart Structures ed E Udd (New York: Wiley) pp 109-19
134. Wagreich R B 1996 Effects of diametric load on fiber Bragg gratings fabricated in low birefringent fiber Electron. Lett. 32 1223-24
135. Sirkis J S 1993 Unified approach to phase-strain-temperature model for smart structure interferometric optical fiber sensors: part 2. Applications Opt. Eng. 32 762-73
136. Lo Y L, Sirkis J S and Ritchie K T 1995 A study of the optomechanical response of a diametrically-loaded high-birefringent optical fiber Proc. SPIE 2444 148-57
137. Lawrence C M, Nelson D V, Spingarn J R and Bennett T E 1996 Measurement of process-induced strains in composite materials using embedded fiber optic sensor Proc. SPIE 2718 60-8
138. Sirkis J S, Shaw K, Berkoff T A, Kersey A D, Friebele E J and Jones R T 1994 Development of an impact detection technique using optical fiber sensors and neural networks Proc. SPIE 2191 158-65
139. Choi K and Chang F K 1996 Identification of impact force and location using distributed sensors AIAA J. 34 136-42
140. Hickman G A, Gerardi J J and Feng Y 1991 Application of smart structures to aircraft health monitoring J. Intell. Mater. Syst. Struct. 2 411-30
141. Kudva J N, Munir N and Tan P W 1992 Damage detection in smart structures using neural networks and finite element analysis Smart Mater. Struct. 1 108-12
142. Wu X, Ghaboussi J and Garrett J H 1992 Use of neural networks in detection of structural damage Comput. Struct. 42 649-59
143. Teboub Y and Hajela P 1992 A neural network based damage analysis of smart composite beams AIAA Paper 92-4685
144. Tsou P and Shen M H H 1994 Structural damage detection and identification using neural networks AIAA J. 32 176-83
145. Shaw K, Sirkis J S, Friebele E J, Jones R T and Kersey A D 1995 Model of transverse plate impact dynamics for design of impact detection methodologies AIAA J. 33 1327-34
146. Cao X, Sugiyama Y and Mitsui Y 1998 Application of artificial neural networks to load identification Comput. Struct. 69 63-78
147. Liu N, Penny J E T, Wei C Y, Irving P E, Dykes N and Zhu Q M 2001 Impact location on stiffened composite structures using neural networks Key Eng. Mater. 204/205 395-408
148. Wald J, Schoess J and Hadden G 1991 Distributed health management systems technology for future propulsion control systems SAE Trans. 100 2647-56
149. Van Way C B, Marantidis C and Kudva J N 1994 Design requirements and system payoffs for an on-board structural health monitoring system (SHMS) Proc. SPIE 168-75
150. Shkarayev S, Krashanitsa R and Tessler A 2001 An inverse interpolation method utilizing in-flight strain measurements for determining loads and structural response of aerospace vehicles Proc. 3rd Int. Workshop on Structural Health Monitoring pp 336-43
151. Doebling S W, Farrar C R, Prime M B and Shevitz D W 1996 Damage identification and health monitoring of structural and mechanical systems from changes in their vibration characteristics: a literature review Los Alamos National Laboratory Report LA-13070-MS
152. Banks H T, Inman D J, Leo D J and Wang Y 1996 An experimentally validated damage detection theory in smart structures J. Sound Vib. 191 859-80
153. Friswell M I and Mottershead J E 2001 Inverse methods in structural health monitoring Key Eng. Mater. 204/205 201-10
154. Richards W L, Piazza A, Hudson L D, Parker L R Jr, Carman G P, Mitrovic M, Lee D and Steward A 2001 Fibre optic sensor development for the structural health management of reusable launch vehicles Proc. 3rd Int. Workshop on Structural Health Monitoring pp 133-43