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SESSION (1) PLENARY SESSION08.45 Opening Address 09.00 Modelling integrated sensor/actuator functions in realistic environments V V Varadan, Liang-Chi Chin and V K Varadan Pennsylvania State University, USA Invited Speaker 09.30 Fiber optic smart structures for aerospace applications E Udd McDonnell Douglas Electronic Systems Company, USA Invited Speaker 10.00 A concept of intelligent materials and the current activities of intelligent materials in Japan T Takagi Ion Engineering Research Institute Corporation, Japan Invited Speaker 10.30 Smart materials research in the USAF Wright Laboratory T G Gerardi, R Pachter, R L Crane and W W Adams Wright-Patterson AFB, USA 10.50 COFFEE SESSION (2) FIBRE OPTIC SENSORS I11.10 A multifunction sensor for smart structure applications J R Dunphy United Technologies Research Center, USA Invited Speaker 11.40 Monitoring of prestressed concrete structures with optical fiber sensors R Wolff and H-J Miesseler SICOM GmbH, Germany 12.00 Sensor system architectures for spatially-resolved dynamic strain measurement using optical fibers V A Handerek and A J Rogers King’s College London, UK 12.20 Elastic curve recovery by a quasi-distributed polarimetric fiber optic sensor A Barberis, P Escobar Rojo, V Gusmeroli, C Mariottini, and M Martinelli CISE Tecnologie Innovative SpA, Italy 12.40 Passive phase interrogation and multiplexing of two-mode fiber strain sensors for smart structures systems T A Berkoff and A D Kersey Naval Research Laboratory, USA 13.00 LUNCH Optical-fiber sensor-network for temperature and proximity control A Mencaglia, M Brenci and A G Mignani IROE-CNR, Italy Digital systems for automatic control of optical resonators used as gravitational waves interferometric detectors F Barone, E Calloni, R De Rosa, F Fusco, L Milano and G Russo Istituto Nazionale di Fisica Nucleare, Italy and Universita di Napoli, Italy L Di Fiore Università di Napoli, Italy Quasi-distributed fiber-optic sensor for simultaneous absolute measurement of strain and temperature L Wosinski, J P Bétend-Bon, M Breidne, B Sahlgren and R Stubbe Institute of Optical Research, Sweden A digital technique for passive demodulation in a fiber optic homodyne interferometer W Jin, D Walsh, D Uttamchandani and B Culshaw University of Strathclyde, Glasgow Spatially-weighted optical fiber sensing methods R O Claus, K A Murphy, B R Fogg and J A Greene Virginia Polytechnic, USA A M Vengsarkar AT & T Bell Laboratories, USA Fiber-grating based strain sensor with phase sensitive detection A D Kersey Naval Research Laboratory, USA T A Berkoff SFA Inc., USA WW Moray United Technologies Research Center, USA SESSION (3) FIBRE OPTIC SENSORS II/COMPOSITES14.10 What do embedded optical fibers really measure? J S Sirkis and A Dasgupta University of Maryland, USA 14.30 Fiber Bragg grating sensor demonstration in glass-fiber reinforced polyester composite H D Simonsen and R Paetsch Per Udsen Co. Aircraft Industry A/S, Denmark J R Dunphy United Technologies Research Center, USA 14.50 Unidirectional glass reinforced plastic composite monitoring with white light quasi distributed polarimetric sensing network P Sansonetti, J J Guerin, D Viton, C Gouffier and D Engrand Bertin & CIE, France 15.10 Composite strain sensing with a combined interferometric and polarimetric fiber-optic strain gauge NFürstenau and W Schmidt D.L.R., Germany H-C Goetting Institute for Structural Mechanics, Germany 15.30 Spatial modulation within embedded fiber optic sensors for smart structures characterization M A El-Sherif and F K Ko Drexel University, USA 15.50 COFFEE Experimental application of a phase-strain-temperature model for polarimetric optical fiber strain sensors P L Nielson Technical University of Denmark, Denmark J S Sirkis and Yu-Lung Lo University of Maryland, USA Process-induced birefringence variations in fiber optic embedded in composite materials M Turpin, J Chazelas and H Stoppiglia Thomson-CSF, France SESSION (4) SMART SENSING APPLICATIONS16.10 The evolution of smart structures/materials W B Spillman University of Vermont, USA Invited Speaker 16.40 Finite element analysis of composite laminates containing transversely embedded optical fiber sensors R Davidson and S S J Roberts AEA Technology, UK 17.00 Smart structural composites with the ability to monitor vibration and damage N Shaikh, S Chen, Y Lu and D Timm University of Nebraska, USA 17.20 High temperature strain, temperature and damage sensors for advanced aerospace materials A Wang, K Murphy, R May, G Wang, S Gollapudi and R Claus Virgina Polytechnic, USA 17.40 Conformal acoustic waveguide technology for smart aerospace structures J N Schoess and C T Sullivan Honeywell Systems & Research Centre, USA 18.00 Fiber optic strain sensing for smart adaptive structures B Mason, D Hogg and R M Measures University of Toronto, Canada Vehicle weighing in motion with fiber optic sensors S Teral Alcatel Cable Contracting, France Fluorescent plastic fiber sensors for detection of humidity, breathing condition and temperature S Muto and H Ito Yamanashi University, Japan An optical-fiber fatigue crack detection and monitoring system K F Hale Brunei University, UK Fiber optic distributed temperature sensing P R Orrell and A P Leach York Sensors Ltd, UK Preliminary evaluation for developing smart ropes using embedded sensors R G May, R O Claus and K A Murphy Virginia Polytechnic, USA Thermo-elastic auto-measurement of the Grüneisen parameter by a polarimetric fiber-optic sensor P Escobar Rojo and M Martinelli CISE Tecnologie Innovative SpA, Italy M G Beghi and G Caglioti Politecnico di Milano, Italy SESSION (5) ACTUATOR APPLICATIONS08.30 Mechanics issues of induced strain actuation C A Rogers Virginia Polytechnic, USA Invited Speaker 09.00 Piezoelectric ceramics in smart actuators and systems K Uchino The Pennsylvania State University, USA 09.20 The stability of strain in shape-memory actuators C M Friend Cranfield Institute of Technology, UK 09.40 Active vibration control of flexible linkage mechanisms using shape memory alloy fiber-reinforced composites A Venkatesh, J Hilborn, J-E Bidaux and R Gotthardt Swiss Federal Institute of Technology, Switzerland 10.00 Shape memory alloy adjustable camber (SMAAC) control surfaces C H Beauchamp, R H Nadolink, S C Dickinson and L M Dean Naval Undersea Warfare Center, USA 10.20 COFFEE Measurement of impulsive pressure applied on a thin plate by piezoelectric transducers T Adachi, S Ujihashi and H Matsumoto Tokyo Institute of Engineering, Japan Thermal cycling of shape memory alloy wires using semiconductor heat pump modules M A Thrasher, A R Shahin, P H Meckl and J D James Purdue University, USA SESSION (6) SMART CONCEPTS FOR CIVIL ENGINEERING I10.50 Recent developments in active structural control research in the USA G W Housner California Institute of Technology, USA S F Masri University of Southern California, USA Invited Speaker T T Soong State University of New York, USA 11.20 Bearings of a bridge fitted with load measuring devices based on an optical fiber technology J M Caussignac, A Chabert, G Morel LCPC, France P Rogez and J Seantier Societe Freyssinet-Industries, France 11.40 Possibilities for the use of strain gauged reinforcement in smart structures R H Scott and P A T Gill University of Durham, UK 12.00 Fiber-optic interferometric sensors for concrete structures P Escobar, V Gusmeroli and M Martinelli CISE Tecnologie Innovative SpA, Italy I Lanciani and P Morabito ENEL-CRIS, Italy 12.20 Monitoring the performance of real building structures H D Wright and R M Lloyd University of Strathclyde, UK 12.40 LUNCH Fiber-optic intensity-modulated sensors for continuous observation of concrete and rock-fill dams A Holst Wolfgang Habel Institute of Structural Engineering, Germany R Lessing SICOM GmbH, Germany SESSION (7) SMART CONCEPTS FOR CIVIL ENGINEERING II13.50 Structural control research at the National Science Foundation J Eleonora Sabadell National Science Foundation, USA Invited Speaker 14.20 Proposal of a hybrid active dynamic vibration absorber for high-rise buildings under earthquake excitation K Yoshida and T Watanabe Keio University, Japan 14.40 An advance notification system for smart structures in seismic zones H A Smith, Y Takeuchi and H C Shah Stanford University, USA 15.00 Optical fiber sensors for the quantitative measurement of strain in concrete structures B Kruschwitz, R O Claus, K A Murphy, R G May and M F Gunther Virginia Polytechnic, USA 15.20 Predictive control of seismic response of structure taking into account the soil-structure interaction T Sato and K Toki Kyoto University, Japan 15.40 Installation and preliminary results from fiber optic sensors embedded in a concrete building D R Huston, P L Fuhr, P J Kajenski, T P Ambrose and W B Spillman University of Vermont, USA 16.00 COFFEE Towards a methodology for designing active elements into civil structures S A Austin, R M Goodall and J S Nolan Loughborough University, UK SESSION (8) IMPLICATIONS FOR RELIABILITY16.20 Short term fatigue behaviour of composite materials containing embedded fiber optic sensors and actuators S S J Roberts and R Davidson AEA Technology, UK 16.40 Stress monitoring and re-adjustment in concrete structures C Abdunur LCPC, France 17.00 The influence of fiber optic sensors on the performance of advanced composite components N Fox, P Sheard, and S Steadman Pera International, UK 17.20 Evaluation of an optica] signal response and failure mechanisms induced by the transverse shear deformation in smart structures A K Tay Ford Motor Company, USA D A Wilson and J R Houghton Tennessee Technological University, USA R L Wood TEXTRON Aerostructures, USA CAIO (Computer aided internal optimization): A powerful method to optimize fiber arrangement in composite materials R Kriechbaum, J Schäfer and C Mattheck Karlsruhe Nuclear Research Center, Germany Performance of fiber optic sensors in fracture mechanics applications A Shukla and R Singh University of Rhode Island, USA N Narendran Mechanical Technology Inc., USA SESSION (9) CONTROL & SIGNAL PROCESSING ISSUES08.30 Technological challenges with smart structures in German aircraft industry Chr Boller, H Hönlinger and O Sensburg MBB - Deutsche Aerospace, Germany 08.50 Smart health monitoring of aircraft structures using neural networks J N Kudva and N Munir Northrop Corporation, USA 09.10 Application of fuzzy control/neural networks to rendezvous simulation of space structure Y Matsuzaki, H Hosoda and S Abe Nagoya University, Japan 09.30 Identification and feedback control in structures with piezoceramic actuators H T Banks, K Ito and Y Wang University of Southern California, USA 09.50 COFFEE Acceleration feedback method applied to active tuned mass damper I Nishimura, T Kobori, M Sakamoto, N Koshika, K Sasaki and S Ohrui Kobori Research Complex, Japan Control design for smart flexible structures R Katebi Strathclyde University, UK ARMA models for real-time system identification of smart structures R S Betros, N R Steffen and M J Triller TRW Space & Technology Group, USA Optimal location of structural control devices: A progressive collapse analogy J Holnicki-Szulc Polish Academy of Sciences, Poland F López-Almansa, J Rodeller and P Cruells Technical University of Catalonia, Spain SESSION (10) CONTROL SYSTEMS USING SMART TECHNOLOGY10.10 D.L.R.’s smart structures research programme† E Breitbach D.L.R., Germany Invited Speaker 10.40 Optimal placement of piezoelectric actuators in adaptive truss structures R Lammering D.L.R., Germany 11.00 The smart structures technology in the vibration control of helicopter blades in forward flight F Nitzsche and E Breitbach D.L.R., Germany 11.20 Influence of electrode size on the active suppression of sound reflection from submerged plates using distributed piezoelectric actuators P E Barbone Stanford University, USA A M B Braga Pontiffcia Universidade Catolica do Rio de Janeiro, Brazil 11.40 Smart structures with piezopolymers for space applications W Charon Dornier GmbH, Germany G Lindner and H Roth Fachhochschule Ravensburg-Weingarten, Germany 12.00 Active flutter suppression of a tube conveying fluid J Tani and Y Sudani Tohoku University, Japan 12.20 LUNCH Structural design of active precision structures W Charon Dornier GmbH, Germany The application of signal processing and knowledge based techniques to the health monitoring of gas turbine engines M N Brown, R Stewart and T Durrani University of Strathclyde, UK T Buggy BAeSEMA Ltd, UK B Rickman Dowty Maritime, UK An innovative class of macroscopically smart composite structural materials featuring both actuators and sensors M V Gandhi, B S Thompson and S R Kasiviswanathan Michigan State University, USA Smart slewing frames D J Leo and D J Inman State University of New York at Buffalo, USA Non-resonant systems for adaptive and smart structural control N Shaikh and Y Song University of Nebraska-Lincoln, USA SESSION (11) FUTURE DEVELOPMENTS IN SMART CONCEPTS13.30 Light emitting intelligent Langmuir-Blodgett films S Kurosawa, K Sugai and S Miyata Tokyo University of Agriculture and Technology, Japan Invited Speaker 14.00 Smart structures and intelligent materials for biomedical applications G W Hastings University of London, UK Invited Speaker 14.30 Simulation of the dynamic behaviour of polymeric gels W R Witkowski, D J Segalman, D B Adolf and B Hance Sandia National Laboratories, USA 14.50 Smart materials which sense, activate and repair damage; hollow porous fibers in composites release chemicals from fibers for self-healing, damage prevention, and/or dynamic control C M Dry University of Illinois at Urbana-Champaign, USA 15.10 COFFEE Superionic conductors as smart materials: Foundations and areas for applications S Sigaryov Russian Academy of Sciences, Russia Multiple frequency interference in photorefractive media D E Cox and S S Welch NASA Langley Research Center, USA SESSION (12) SMART TECHNOLOGY APPLICATIONS15.30 Actuation strain decoupling through enhanced directional attachment in plates and aerodynamic surfaces R Barrett University of Kansas, USA 15.50 Adaptive/conformal wing design for future aircraft F Austin, G J Knowles, W G Jung, C C Tung and E M Sheedy Grumman Corporate Research Center, USA 16.10 Design and characterisation of a smart sensor/actuator sub-system for large flexible space structures† D Uffen and H Scholaert AASTRA Aerospace Inc., Canada 16.30 Mechanical validation of smart structures† A J Bronowicki, R S Betros, T W Nye, L J McIntyre, L R Miller and G R Dvorsky TRW Space and Defense, USA 16.50 In-situ acoustical and optical waveguide sensors C V O’Keefe, B B Djordjevic and B N Ranganathan Martin Marietta Laboratories, USA Material processing diagnostic by optical interferometry P Vavassori and M Martinelli CISE Tecnologie Innovative, Italy Use of electro-rheological fluids for adaptive vibration isolation R J Randall and W F Tsang Royal Naval Engineering College, UK Transient response of an anisotropic solid Y Wang and R K N D Rajapakse University of Manitoba, Canada Author Index Keyword Index |
