Vibration control of civil structures using piezoceramic smart materials: A review

Engineering Structures

Volumn 28, Issue 11, 2006, Pages 1513-1524

  Song, G ^a   Sethi, V ^a   Li, H N ^b  

^a University of Houston   (United States)

^b DALIAN UNIVERSITY OF TECHNOLOGY   (China)

Author keywords

Active control; Civil structural control; Piezoceramics

Indexed keywords

ACTUATORS; CERAMIC MATERIALS; COMPOSITE STRUCTURES; INTELLIGENT MATERIALS; PIEZOELECTRIC MATERIALS; VIBRATION CONTROL;

ACTIVE CONTROL; CIVIL STRUCTURAL CONTROL; PIEZOCERAMIC ACTUATORS;

INTELLIGENT BUILDINGS;

ACTUATORS; CERAMIC MATERIALS; COMPOSITE STRUCTURES; INTELLIGENT BUILDINGS; INTELLIGENT MATERIALS; PIEZOELECTRIC MATERIALS; VIBRATION CONTROL;

ACTIVE CONTROL; CIVIL ENGINEERING; RHEOLOGY; STRUCTURAL ANALYSIS; VIBRATION;

EID: 33745944841     PISSN: 01410296     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.engstruct.2006.02.002     Document Type: Article

References (94)

1. Housner G.W., Bergman A.L., Caughey T.K., Chassiakos A.G., Claus R.O., Masri S.F., et al. Structural control: past, present and future. J Engrg Mech 123 9 (1997) 897-971
2. Yi F., and Dyke S.J. Performance of smart structures. Proc SPIE 3988 (2000) 94-104
3. Dyke S.J., Spencer B.F., Sain M.K., and Carlson J.D. An experimental study of MR dampers for seismic protection. Smart Mater Struct 7 (1998) 693-703
4. Yi F., Dyke S.J., Caicedo J.M., and Carlson J.D. Experimental verification of multi-input seismic control strategies for smart dampers. J Engrg Mech 127 11 (2001) 1152-1164
5. Wu Z., Lin R.C., and Soong T.T. Non-linear feedback control for improved peak response reduction. Smart Mater Struct 4 (1995) 140-147
6. Cao H., Reinhorn M., and Soong T.T. Design of an active mass damper for a tall TV tower in Nanjing, China. Engrg Struct 20 3 (1998) 134-143
7. Caughey T.K.. The potential and challenge of applying structural control to large civil engineering structures. In: Proc of the second world conf on struct control. 1998, p. 35-40
8. Valliappan S., and Qi K. Review of seismic vibration control using smart materials. Struct Engrg Mech 11 6 (2001) 617-636
9. Crawley E.F. Intelligent structures for aerospace: A technology overview and assessment. AIAA J 32 8 (1994) 1689-1699
10. Rao S.S., and Sunar M. Piezoelectricity and its use in distributed sensing and control of flexible structures: A survey. Appl Mech Rev 47 4 (1994) 113-123
11. Spillman W.B., Sirkisz J.S., and Gardiner P.T. Smart materials and structure: what are they?. Smart Mater Struct 5 (1996) 247-254
12. Chopra I. Smart structures theory. Notes ENAE 651 (2000), University of Maryland, College Park (MD)
13. Otani S., Hiraishi H., Midorikawa M., Teshigawara M., Fujitani H., and Saito T. Development of smart systems for building structures. Proc SPIE 3988 (2000) 2-9
14. IEEE standards on Piezoelectricity. IEEE Std. 176-1987
15. Wilkie W.K., Bryant R.G., High J.W., Fox R.L., Hellbaum R.F., Jalink A., et al. Low-cost piezocomposite actuator for structural control applications. Proc SPIE 3991 (2000) 323-334
16. Bent A.A., and Pizzochero A.E. Recent advances in active fiber composites for structural control. Proc SPIE 3991 (2000) 244-254
17. Horner G., Teter J., and Robbins E. Flex Patch, a highly flexible piezoceramic composite with attached electrical leads. Proc SPIE 4332 (2001) 259-268
18. Bouchilloux P., Claeyssenb F., and Letty R.L. Amplified piezoelectric actuators: from aerospace to underwater applications. Proc SPIE (2004)
19. Balas M.J. Feedback control of flexible systems. IEEE Trans Auto Control 23 6 (1978) 673-679
20. Balas M.J. Trends in large space structures control theory: Fondest hopes, wildest dreams. IEEE Trans Autom Control 27 6 (1982) 522-535
21. Bailey T., and Hubbard E.J. Distributed piezoelectric-polymer active vibration control of a cantilever beam. J Guid Control Dyn 8 5 (1985) 605-611
22. Crawley E.F., and de Luis J. Use of piezoelectric actuators as elements of intelligent structures. AIAA J 25 10 (1987) 1373-1385
23. Crawley E.F., Luis J.D., Hagood N.W., and Anderson E.H. Development of piezoelectric technology for applications in control of intelligent structures. Proc Am Control Conf 88 3 (1988) 1890-1896
24. Banks H.T., Smith R.C., and Wang Y. Smart material structures: modeling, estimation and control (1996), John Wiley and Sons, NY
25. Clark R.L., Saunders W.R., and Gibbs G.P. Adaptive structures (1998), John Wiley and Sons
26. In: Guran A., and Inman D.J. (Eds). Smart structures, nonlinear dynamics and control (1995), Prentice Hall PTR, Upper Saddle River (NJ)
27. In: Janocha H. (Ed). Adaptronics and smart structures (1999), Springer-Verlag, Berlin
28. Gandhi M.V., and Thompson B.S. Smart materials and structures (1992), Chapman & Hall
29. Culshaw B. Smart structures and materials (1996), Artech House
30. Crawley E.F. Intelligent structures for aerospace: A technology overview and assessment. AIAA J 32 8 (1994) 1689-1699
31. Rao S.S., and Sunar M. Piezoelectricity and its use in distributed sensing and control of flexible structures: A survey. Appl Mech Rev 47 4 (1994) 113-123
32. Chandra J., Rao V.S., Butler R., Damle R.. Multidisciplinary research in smart structures: A survey. In: Proc of the American control conf. 1995, p. 4167-72
33. Chopra I. Review of current status of smart structures and integrated systems. Proc SPIE 2717 (1996) 20-62
34. Rao V.S., and Sana S. An overview of control design methods for smart structural systems. Proc SPIE 4326 (2001) 1-13
35. Flatau A.B., and Chong K.P. Dynamic smart material and structural systems. Engrg Struct 24 (2002) 261-270
36. Crawley E.F., and Lazarus K.B. Induced strain actuation of isotropic and anisotropic plates. AIAA J 29 (1991) 944-951
37. Henderson B.K., and Denoyer K.K. Recent transitions of smart structure technologies through flight experiments. Proc SPIE 4332 (2001) 153-158
38. Boyd J., Hyde T.T., Osterberg D., and Davis T. Performance of a launch and an on-orbit isolator. Proc SPIE 4327 (2001) 433-440
39. Ninneman R.R., and Denoyer K.K. Middeck active control experiment reflight (MACE II): Lessons learned and reflight status. Proc SPIE 3991 (2000) 131-137
40. Quenon D., Boyd J., Buchele P., Self R., Davis T., Hintz T., et al. Miniature vibration isolation system for space application. Proc SPIE 4327 (2001) 159-170
41. Kelly J.M. Seismic base isolation: review and bibliography. Soil Dynamics Earthquake Engrg 5 (1986) 202-216
42. Soong T.T., and Spencer B.F. Supplemental energy dissipation: State-of-the-art and state-of-the-practice. Engrg Struct 24 3 (2002) 243-259
43. Huston D.R. Smart civil structures: An overview. Proc SPIE 1588 (1991) 182-188
44. Culshaw B., Michie C., Gardiner P., and McGown A. Smart structures and applications in civil engineering. Proc IEEE 84 1 (1996) 78-86
45. Shakeri C., Noori M.N., Hou Z.. Smart Mater and Struct - a review. In: Proc of the mater engrg conf-mater for the new millennium, vol. 2. 1996, p. 863-76
46. In: Farhad A., Arup M., and Christopher L. (Eds). Intelligent civil engineering mater and Struct: A collection of state-of-the-art papers in the applications of emerging technologies to civil structures and materials (1997), American Society of Civil Engineers, NY
47. Shen N.H. Analysis of beams containing piezoelectric sensors and actuator. Smart Mater Struct 3 (1994) 439-447
48. Han J.H., Rew K.H., and Lee I. An experimental study of active vibration control of composite structures with a piezoceramic actuator and a piezo film sensor. Smart Mater Struct 6 (1997) 549-558
49. Sugavanam S., Vardan V.K., and Vardan V.V. Modeling and control of a lightly damped T-beam using piezoceramic actuators and sensors. Smart Mater Struct 7 (1998) 899-906
50. Blanguernon A., Lene F., and Bernadou M. Active control of a beam using a piezoceramics element. Smart Mater Struct 8 (1999) 116-124
51. Sethi V.. System identification and active vibration control smart pultruded fiber-reinforced polymer I-beam. M.S. thesis. University of Akron; 2002
52. Fanson J.L., Garba J.A.. Experimental studies of active members in control of large space structures. In: Proc of the AIAA/ASME/ASCE/AHS 29th struct, struct dyn and mater conf. 1988, p. 9-17
53. Anderson E.H,, Moore D.M., Fanson J.L., Ealey M.A.. Development of an active member using piezoelectric and electrostrictive actuation for control of precision structures. In: Proc of the AIAA/ASME/ASCE/AHS 29th struct, struct dyn and mater conf. 1990, p. 2221-33
54. Fanson J.L., Chu C., Lurie B.J., and Smith R.S. Damping and structural control of the JPL phase 0 test bed structure. J Intelligent Mater Sys Struct 2 3 (1991) 281-300
55. Preumont A., Dufour J.P., and Malikian C. Active damping by local force feedback with piezoelectric actuators. J Guid Control Dyn 15 2 (1992) 390-395
56. O'Brien J., and Lurie B. Integral force feedback for structural damping. Proc SPIE 2040 (1993) 416-427
57. Won C.C., Sulla L., Sparks D.W., and Belvin W.K. Application of piezoelectric devices to vibration suppression. J Guid Control Dyn 17 6 (1994) 1333-1338
58. McClelland R., Lim T.W., Bosse A.B., and Fisher S. Implementation of local feedback of controllers for vibration suppression of a truss using active strut. Proc SPIE 2717 (1996) 452-461
59. Zhang L., and Liu F. Active damping enhancement of flexible intelligent truss structures. Proc SPIE 3985 (2000) 406-415
60. Song G., Vlattas J., Johnson S.E., and Agrawal B.N. Truss active vibration control of a space truss using PZT stack actuator. American Society of Mechanical Engineers vol. 59 (1999), Aerospace Division (Publication) AD 263-268
61. Preumont A., and Achkire Y. Active damping of structures with guy cables. J Guid Control Dyn 20 2 (1997) 320-326
62. Preumont A., Achkire Y., and Bossens F. Active tendon control of large trusses. AIAA J 38 3 (2000) 493-498
63. Nishimura I., Abdel-Ghaffar A.M., Masfri S.F., Miller R.K., Beck J.L., Caughey T.K., et al. An experimental study of the active control of a building model. J Intelligent Mater Sys Struct 3 1 (1992) 134-165
64. Kamada T., Fujita T., Hatayama T., Arikabe T., Murai N., Aizawa S., et al. Active vibration control of frame structures with smart structures using piezoelectric actuators (vibration control by control of bending moments of columns). Smart Mater Struct 6 4 (1997) 448-456
65. Kamada T., Fujita T., Hatayama T., Arikabe T., Murai N., Aizawa S., et al. Active vibration control of flexural-shear type frame structures with smart structures using piezoelectric actuators. Smart Mater Struct 7 4 (1998) 479-488
66. Aizawa S., Kakizawa T., and Higasino M. Case studies of smart materials for civil structures. Smart Mater Struct 7 5 (1998) 617-626
67. Fujita T., Enomoto M., Arikabe T., Ogawa T., Murai N., Hashimoto Y., et al. Active microvibration control of precision manufacturing factories with smart structure using piezoelectric actuators. Proc SPIE 4330 (2001) 449-459
68. Sethi V., Song G.. System identification and observer based multimode control of a three storey model structural frame. In: Int'l symposium on smart struct tech and earthquake engrg. July 2004
69. Fujita T, Shimazaki M, Hatayama T, Arikabe T, Murai N, Aizawa S et al. Active vibration control of buildings with smart structure using large scale piezoelectric actuators. In: Proc of 3rd world conf on struct control, vol. 3. 2002. p. 323-9
70. Chen G., and Chen C. Behavior of piezoelectric friction dampers under dynamic loading. Proc SPIE 3988 (2000) 54-63
71. Morita K., Fujita T., Ise S., Kawaguchi K., Kamada T., and Fujitani H. Development and application of induced strain actuators for building structures. Proc SPIE 4330 (2001) 426-437
72. Li J., Li H., Song G.. Semi-active vibration suppression using piezoelectric friction dampers based on sub-optimal bang-bang control laws. In: 3rd China-Japan-US sym on struct health monitoring and control. 2004
73. Irvine H.M., and Caughey T.K. The linear theory of free vibrations of a suspended cable. Proc Roy Soc London 341(A) (1974) 299-315
74. Irvine H.M., and Grin J.H. On the dynamic response of a suspended cable. Earthquake Engrg Struct Dyn 4 (1976) 389-402
75. Irvine H.M. Cable structures (1981), M.I.T. Press
76. Irvine H.M. On the free vibrations of a suspended cable with frictional end restraint. J Appl Mech 57 (1990) 419-422
77. Yang J.N., and Giannopoulos F. Active control and stability of cable stayed bridge. J Engrg Mech 105 (1979) 677-694
78. Yang J.N., and Giannopoulos F. Active control of two-cable-stayed bridge. J Engrg Mech 105 (1979) 795-809
79. Abdel-Ghaffar A.M., and Khalifa M.A. Importance of cable vibration in dynamics of cable-stayed bridges. ASCE J Engrg Mech 117 11 (1991) 251-259
80. Hagedorn N.P., and Schaffer B. On nonlinear free vibrations of an elastic cable. Int J Nonlinear Mech 15 (1980) 333-340
81. Takahashi K., and Konishi Y. Nonlinear vibrations of cables in three dimensions, Part 1: nonlinear free vibrations. J Sound Vibration 118 1 (1987) 69-84
82. Takahashi K., and Konishi Y. Nonlinear vibrations of cables in three dimensions, Part II: Out-of-plane vibrations under in plane sinusoidally time varying load. J Sound Vibration 118 1 (1987) 85-97
83. Mitsugi J., and Yasaka T. Nonlinear static and dynamic analysis method of cable structures. AIAA J 29 1 (1991) 150-152
84. Perkins N.C. Modal interactions in the non-linear response of elastic cables under parametric/external excitation. Int J Nonlinear Mech 27 2 (1992) 233-250
85. Perngjin F.P., and Nayfeh A.H. Fully nonlinear model of cables. AIAA J 30 12 (1992) 2993-2996
86. Warnitchai P., Fujino Y., and Susumpow T. A nonlinear dynamic model for cables and its application to a cable structure system. J Sound Vibration 187 4 (1995) 695-712
87. Desai Y.M., and Punde S. Simple model for dynamic analysis of cable supported structures. Engrg Struct 23 (2001) 271-279
88. Chen J.C. Response of large space structures with stiffness control. J Spacecr Rockets 21 5 (1984) 463-467
89. Fujino Y., Warnitchai P., and Pacheco B.M. Active stiffness control of cable vibration. J Appl Mech 60 (1993) 948-953
90. Fujino Y., and Susumpow T. Active control of cables by axial support motion. Smart Mater Struct 4 (1995) A41-A51
91. Susumpow T., and Fujino Y. Active control of multimodal cable vibrations by axial support motion. J Engrg Mechanics 121 (1995) 964-972
92. Warnitchai P., Fujino Y., Pacheco B.M., and Agret R. An experimental study on active tendon control of cable-stayed bridges. Earthq Engrg Struct Dyn 22 2 (1993) 93-111
93. Achkire Y., and Preumont A. Active tendon control of cable-stayed bridges. Earthq Engrg Struct Dyn 25 6 (1996) 585-597
94. Bossens F., and Preumont A. Active tendon control of cable-stayed bridges: a large-scale demonstration. Earthq Engrg Struct Dyn 30 (2001) 961-979