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1 S.J. Dyke' and B.F. Spencer Jr. 1997 IEEE
2 Y. Liu*, T.P. Waters, M.J. Brennan Journal of Sound and Vibration 280 (2005) 21–39
3
4 S O Reza Moheimani Research on shunted piezoelectric tranducers for control of vibration and damping in flexible structures
5 S. O. Reza Moheimani
6 Active tuned liquid column damper with propellers Yung-Hsiang Chen ; † and Chia-Hao Ko∗
7 Active vibration control for marine applications S.Daley a,*, F.A. Johnsonb Control Engineering Practice 12 (2004) 465–474
8 A. BAZ, K. IMAM AND J. MCCOY mmal Of Sound and Vibration (1990) M(3), 437-456
9 ADAPTIVE PASSIVE VIBRATION CONTROL Journal of Sound and Vibration, 1995,565-585
10
11 Siddeswara Mayura Guru
12 Elsevier , Structural safety ,33(2011), 64- 73 Reliability of flood defences under varying and uncertain conditions.
13 T. Balendra a,*, C.M. Wang a, N. Yan b
14 J. VAN DE VEGTE AND C. W. DE SILVA
15 N.Gluck, A M Reignhorn Journal of structural engineering ,dec 1996 Design of supplemental dampers for multystory structure.
16 Displacement control of geological structures Basil Tikoff, Steven F. Wojtal Pergamon,Journal of structural geology Geological analysis for faulting.velocity and displacement as independent variables in deformation
17 Dynamic response of compliant offshore structures R. Andrezin,P. Bar -Avi Journal of aerospace engineering ,oct 1996 Explore various modelling techniques for the behaviour of the structure on static and dynamic response.
A Comparison of Semi-Active Control Strategies for the MR Damper
semiactive control ulgorithms are evaluated for use with the magrietorheological (MR) damper.performance ofthe resulting control systems are compared through simulation,and the advantages of each algorithm are discussed.
A comparison of semi-active damping control strategies for vibration isolation of harmonic disturbances
semi-active damping control strategies,which are based on skyhook control and balance control. A semi-active damper is incorporated into a singledegree-of-freedom (s.d.o.f.) system model subject to base excitation
A New Analytical Method for Stochastic Response of Structure-Damper System
Wei Guo*Hong-nan Li
Electronic Journal of Structural Engineering, 9 (2009)
Fundamental principles from structural dynamics, pseudo excitation method and perturbationtechniques are used to develop a new fast stochastic method for seismic analysis of the combined structuredampersystem
A survey of recent innovations in vibration damping and control using shunted piezoelectric transducers
IEEE transactions on Control Systems technology,,, Vol 11,4(2008)
A Survey of Recent Innovations in Vibration Damping and Control Using Shunted Piezoelectric Transducers
IEEE TRANSACTIONS ON CONTROL SYSTEMS TECHNOLOGY, VOL. 11, NO. 4, JULY 2003
reviews recent research related to the use of shunted piezoelectric elements for vibration damping and control .piezoelectric shuntdamping and discusses recent observations on the feedback natureof piezoelectric shunt damping systems
active control of a Tuned Liquid Column Damper (TLCD) with two propellers.The Optimal Control Theory is applied to establish the control law andto calculate the control force generated by these two propellers installed inside the TLCD
hybrid active/passive mounting system that has the potential to eradicate such signatures by making use of digitally controlledactuators that ignore local displacements while controlling the response of the structure’s rigid body modes.Also described in the
ACTIVE VIBRATION CONTROL OF FLEXIBLE BEAMS USING SHAPE MEMORY ACTUATORS
demonstrates, theoretically and experimentally, the feasibility of utilizing Shape Memory Actuators (SMA) in controlling the flexural vibrations of a flexible cantilevered beam. The beam dynamics are modeled, by using the finite element method, and integrated with the thermal and dynamic characteristics of the SMA to develop a mathematical model of the composite beam-actuators system.
M[ A[ FRANCHEK\ M[ W[ RYAN AND R[ J[ BERNHARD
robust tuning strategy is presented for adaptive passive control[ The tuning strategy is based on minimizing the voltage amplitude from an accelerometer
An efficient analytical Bayesian method for reliability and systemresponse updating basedonLaplaceandinversefirst-orderreliabilitycomputations
Xuefei Guan a, JingjingHe b, RatneshwarJha a, YongmingLiu
Reliability EngineeringandSystemSafety97(2012)1–13
efficientanalyticalBayesianmethod.Laplaceapproximationmethodisusedto evaluateBayesianposteriordistributionsanalytically.Anefficientalgorithmbasedoninversefirst-order reliabilitymethodisdevelopedtoevaluatesystemresponsesgivenareliabilityindex
Capture and Management of Hydrometeorological Phenomena Using Sensor Web Concepts and Scientific Workflow
EJSE Special Issue: Wireless Sensor Networks and Practical Applications (2010
Open Geospatial Consortium – Sensor Web Enablement (OGC-SWE) framework to standardise the description and access of hydrometeo-rological phenomena.Ke-pler inspired scientific workflow based hydrology workbench to compose heterogeneous hydrometeorological data services and processes for knowledge discovery
Computational intelligent methods for efficient reliability analysis of complex defence structures
Greer B Kingston , Mohammadreza, Ben P gouldby
Control of wind-excited towers by active tuned liquid column damper
Elsevier,Engineering Structures 23 (2001) 1054–1067
An active control system involving a tuned liquid column damper (TLCD) is developed for the vibration control of a singledegree-of-freedom tower subjected to wind excitation
DESIGN OF PASSIVE VIBRATION CONTROLS FOR INTERNALLY DAMPED BEAMS BY MODAL CONTROL TECHNIQUES
Journal of Sound and Vibration (1976) 45(3), 417-425
Modern modal control techniques are applied to the design of dynamic absorbers forthe control of transient vibrations of internally damped thin uniform beams. Parametersand locations of single and dual absorbers are chosen so that the overall system approximatesa desired characteristic polynomial.
Design of supplemental dampers for control of structures
18 T. Balendra, C. M. Wang and H. F. Cheong
19 Thomas E. Alberts hybrid active and passive control scheme for control ling the motion of a lightweight flexible arm
20 J. Suhardjo1 and A. Kareem Earthquake Engng Struct. Dyn. 2001; 30:213{235
21 Flow control in flow -structure interaction
22 A A Golafshani , A Gholizad
23 Journal of Sound and Vibration 263 (2003) 709–724 H2 control algorithm for controlling the lateral vibration of a jacket-type offshore platform by using an active mass damper
24 Kwan-Soon Park , Hyun-Moo Koh Engineering Structures 26 (2004) 279–289
25 C.C. Chang Engineering Structures 21 (1999) 454–463
26 Computers and Structures 70 (1999) 185±202
27 Dong Hyawn Kim Engineering Structures 31 (2009) 517522
28 Journal of Sound and Vibration 1997 ,371-398
29 MOHAMED ZRIBI1, , NAIF ALMUTAIRI1∗ Nonlinear Dynamics 35: 61–80, 2004.
30 P[ BAR!AVI AND H[ BENAROYA Journal of Sound and Vibration "1996,190(1),77-103
31 H.A. Jensen , J.G. Sepulveda Structural Safety 34 (2012) 390–400
32 V.J. MODI, F. WELT and M,B. IRANI
33 Optimal mix of passive and active control in structures M J Smith,K M Grigoriadis ,R E Skelton Redesign a structure to make easier to control
34 M. Basili, M. De Angelis Journal of Sound and Vibration 301 (2007) 106–125
35 Mahendra P. Singh1 and Luis M. Moreschi Earthquake Engng Struct. Dyn. 2002; 31:955–976
36 André D. Orcesi a, Dan M. Frangopol Structural Safety 33 (2011) 26–41
37 T T soong , M C Constantinou Explains passive energy dissipating devices in struc sys to absorb seismic energy
Effectiveness of tuned liquidcolumn dampers for vibrationcontrol of towers
Engineering Structures, Vol. 17, No. 9, pp. 66&-675, 1995
effectiveness of tuned liquid column dampers (TLCD) in controllingthe wind-induced vibration of towers.nonlineargoverning equation of the TLCD is linearized to obtain thestochastic response of the towers due to along-wind turbulence
EXPERIMENTS IN OPTIMAL CONTROL OF A FLEXIBLE ARM with passive damping
VPI&SUjAIAA SYMPOSIUM ON DYNAMICS AND CONTROL OF LARGE FLEXIBLE STRUCTURES Blacksburg Va. June 1985
Feedback{feedforward control of oshore platforms under random waves
control of jacket-type oshore platforms.tuned mass damper.active mass damper, the active tendon mechanism and thepropeller thruster
R.Galavao,E Lee ,D Farrell. F Hover, M Triantafyllou,
Elsevier,Journal of Fluids and structures, 24(2008), 1216-1226
Passive flow control using 2D hydrofoils to reduce vortex induced vibration and drag on cylinderTowing tank,vorticity and force analysis
Friction damper for vibration control in offshore jacket platforms
Elseiver , Journal of constructional steel research .65(2009), 180- 187
Performance of frictional dampers- wave load- jacket platform.Stochastic linerization tech. Mathematical formultion to evaluate realistic models
H2 active vibration control for offshore platform subjected to wave loading
Hua Jun Lia,*, Sau-Lon James Hub, Christopher Jakubiak
Independent modal space fuzzy control of earthquake-excited structures
hybrid control method, which adopts a two-step design procedure consisting of designing an optimal controller in modal space and fuzzy tuning of the pre-designed modal control gains
Mass dampers and their optimal designs for building vibration control
control performance of three types of mass dampers on suppressing excessive building vibration is studied and compared TMD, TLCD, LCVA.building-mass damper equations are established where the building ismodeled as a single-degree-of-freedom system
Multi-loop feedback control of oshore steel jacket �platforms
M. J. Terro a, *, M. S. Mahmoudb, M. Abdel-Rohman
new multi-loop feedback-control design is developed and applied to an oshore steel jacket platform.nonlinear Morison�equation is employed to estimate these wave forces
Neuro-control of fixed offshore structures under earthquake
neural network is proposed for seismic protection of offshorestructures.neuron-controller is tested even when it is trained byusing a linearized equation of motion for fluid structure interaction (FSI)
NON-COLLOCATED ADAPTIVE–PASSIVE VIBRATION CONTROL
C[ BUHR\ M[ A[ FRANCHEK AND R[ J[ BERNHARD
development of a control law for tuning a variable sti}ness vibration absorber to attenuate single frequency excitation in a non!collocated situation
Nonlinear and Robust Control Schemes for Offshore Steel Jacket Platforms
two control schemes to control the dynamic response of an offshore steel jacket platform due to wave-induced forces.nonlinear controller.robust state feedback linear controller.
NON-LINEAR DYNAMICS OF AN ARTICULATED TOWER IN THE OCEAN
studies on the response of an articulated tower in the ocean subjected to deterministic and random wave loading.wave loading is derived using a modifed Morison|s equation to include current velocity\ in which the velocity andacceleration of the are determined
On the reliability-based design of structures including passive energydissipation systems
methodology for stochastic design of structures including vibration protectionsystems.passive energy dissipation systems
ON THE SUPPRESSION OF VIBRATIONS USING NUTATION DAMPERS
Journal o[ Wind Engineering and Industrial Aerodynamics, 33 (1990) 273-282
Energy dissipation due to sloshing liquid in toms shaped dampers is studied analytically accounting for nonlinearities and viscous effects so as to be applicable at resonance, and its validity assessed through an extensive experiment
Optimal passive control of adjacent structures interconnected with nonlinear hysteretic devices
nonlinear devices the versatile Bouc–Wen model is adopted, whereas for seismic excitation a Gaussian zero meanwhite noise and a filtered white noise are used. To solve nonlinear equations of motion a simplified solution is carried out using a stochastic linearization technique
Optimal placement of dampers for passive response control
optimal utilization of these dampers in a structure to achieve a desired performance under earthquake-induced ground excitations.viscous dampers and viscoelastic dampers.optimal size and location of these dampers in thestructure, a genetic algorithm
Optimization of bridge maintenance strategies based on structural health monitoring information
to include SHM data in a bridge life-cycle cost analysis, (b) to determine optimal maintenance strategies based on monitoring information, and (c) to show the benefits of SHM
Passive and active structural vibration control in civil engg
38 Passive control of offshore jacket platforms K.C. Patil, R.S. Jangid Ocean Engineering 32 (2005) 1933–1949
39 F. Bouak, J. Lemay
40 Structural Safety 32 (2010) 305–315
41 P[ BAR!AVI AND H[ BENAROYA Journal of Sound and Vibration "1996,198(1)27-50
42 Jianye Ching a,*, Jie-Ru Chen b Structural Safety 32 (2010) 372–383
43 Semih S Tezcan, Ozan uluca Elsevier,Engineering Structures,25(2003),1755-1761 Viscoelastic dampers Analytical studies of model structures .Non linear time history analysis
44 Resetting Virtual Absorbers for Vibration Control ROBERT T. BUPP
45 T. K. DATTA and A. K. JAIN
46 Jamie E. Padgett *, Kristina Dennemann Structural Safety 32 (2010) 165–173
47 Laura M. Jansen1 and Shirley J. Dyke the ASCE Journal of Engineering Mechanics
48 JSAE Review 18 (1997) 323 329
49 Dahai Zhao Hong-Nan Li
50 Engineering Structures 23 (2001) 1469–1479
51 MASATO ABE
52 Mauro Dolce1,Donatello Cardone Earthquake Engng Struct. Dyn. 2005; 34:1687–1717
response of offshore jacket platforms installed with energy dissipation devices such as viscoelastic, viscous and friction dampers under wave loading
Passive control of the aerodynamic forces acting on a circular cylinder
Experimental Thermal and Fluid Science 16 (1998) 112±121
passive control of the unsteady loads induced on a circular cylinder has been studied.measurement of ¯uctuating lift and drag forces.
Performance measures and optimal design of linear structural systems under stochastic stationary excitation
Alexandros A. Taflanidis a,*, Jeffrey T. Scruggs
optimal design of linear structural systems under stochastic, stationary dynamic excitation is discussed.discusses the evaluation and optimization of these performancemeasures, including an efficient approximation to first-passage reliability, and examines the degree towhich the optimal structural design, and its reliability, vary when the optimization is carried out underthese different measures
PLANAR MOTION OF AN ARTICULATED TOWER WITH AN ELASTIC APPENDAGE
dynamic response of such a structure is investigated.equation of motion formulated.model was alsoused to verify the rigid body assumption frequently used in analyzing the response of apartially submerged articulated tower
Predicting displacement of augered cast-in-place piles based on load test database
normalized load–displacement behavior of axially loaded piles and develops a probabilistic model for the load–displacement curves based on a load test database.It is shown that displacements of piles can be effectively predicted by using the probabilistic model, and such prediction can be made for a pile design where a load test is not performed
Reduction of earthquake response of plane frame buildings by viscoelastic dampers
A virtual absorber emulates the effect of a physical absorber by sensing the motion of the primary structure, utilizing a dynamic compensator to simulate the motion that a physical absorber would undergo, and computing and applying the reaction force that the physical absorber would apply to the primary structure
RESPONSE OF ARTICULATED TOWER PLATFORMS TORANDOM WIND AND WAVE FORCES
Computersd .StrucruresV ol. 34. No. I, pp. 137-M 1990
the response of a model articulated tower to random wind force alone and to the combined effect of wind, wave andcurrent forces is investigated.response of the tower is determined by a frequency domain iterative method and is evaluated for a parametric study
Risk-based seismic life-cycle cost–benefit (LCC-B) analysis for bridge retrofit assessment
illustrates a method for evaluating the best retrofits for non-seismically designed bridges based on seismic life-cycle costs and cost–benefit analysis. The approach integrates probabilistic seismic hazard models, fragility of as-built and retrofitted bridges for a range of damage states, and associated costs of damage and retrofit
Semi-Active Control Strategies for MR Dampers: A Comparative Study
to evaluate the performance of a number of recently proposed semi-active control algorithms for use with multipleMR dampers.Lyanpunov controller, decentralized bangbangcontroller, modulated homogeneous friction algorithm, and a clipped optimalcontroller. Each algorithm is formulated for use with the MR damper
Semi-active damping control system with smart actuator
Eiji Teramura", Satoshi Haseda b, Yasuki Shimoyama
new semi-active suspension system to realize the "skyhook" principle,semi-active suspension control system withfour smart actuators.
Semi-Active Fuzzy Sub-Optimal Bang-Bang Control ofStructure Using Friction Damper
Proceedings of the 6th World Congress on Intelligent Control and Automation, June 21 - 23, 2006
implementation of semi-active friction damper for the vibration control of structuresfuzzy logic of the Takagi-Sugeno(T-S) model and the bang-bang control algorithm, a fuzzysub-optimal bang-bang control method is proposed
Semi-active tuned liquid column dampers for vibration control of structures
Swaroop K. Yalla a,*, Ahsan Kareem b, Jeffrey C. Kantor
examines a passive tuned liquid column damper which is converted into a variable-damping semiactive system. Different semi-active algorithms based on the clipped-optimal and fuzzy control strategies are studied using numerical examples.
SEMI-ACTIVE TUNED MASS DAMPERS FOR SEISMIC PROTECTION OF CIVIL STRUCTURES
EARTHQUAKE ENGINEERING AND STRUCTURAL DYNAMICS, VOL. 25,743-749 (1996)
control algorithms are introduced using numerical simulations of the impulse response.algorithmsare applied to seismic protection of civil structures using the strategy of multiple releasing and capturing of TMDs
Shaking table tests on reinforced concrete frames without and with passive control systems
overview of the main results of the shaking table tests carriedout on the models with and without special braces. Two di erent types of energy dissipating and recentringbraces,passive control braces
53 Seshasayee Ankireddjl and Henry T. Y. Yang
54 Sang-Won Cho1, Hyung-Jo Jung Smart Mater. Struct. 14 (2005) 707–714
55 N.R. Fisco, H. Adeli Scientia Iranica A (2011) 18 (3), 285–295
56 K. Goda Structural Safety 32 (2010) 112–123
57 Subrata Chakraborty,Rama Debbarma Elsevier,Structural safety, 33(2011), 1336-144
58 Denis Kelliher , Kenneth Sutton-Swaby⇑ Structural Safety 34 (2012) 407–417
59 P. Bar-Avi and H. Benaroya
60 Stress-free displacement control of structures Y. Nyashin and V. Lokhov Acta Mechanica 175, 45–56 (2005)
61 Structural Control of Offshore Platforms J. Suhardjo and A. Kareem
62 Elsevier, Structural Safety,31(2009), 490-499
63 Struct Multidisc Optim (2007) 34:431–443
64 Faqiang Wang, Chongxin Liu Physica D 225 (2007) 55–60
65 C. Oliver Yang*# Max Yen^ Ning Weng
66 M.V. Rama Rao a,*, Andrzej Pownuk Structural Safety 32 (2010) 449–460
67 Engineering Structures 29 (2007) 1525–1538
68 Malka N. Halgamuge
SIMPLE ATMD CONTROL METHODOLOGY FOR TALL BUILDINGS SUBJECT to wind loads
ASCE,Journal of Structural Engineering, Vol.122, No.1, January, 1996.
procedure for the design of an active tuned mass damper for vi,?ration control in tall buildings subject to wind loads.controller is based on complete feedback (namely, feedbackof displacement, velocity, and acceleration
Smart passive system based on magnetorheological damper
smart passive system isproposed, which is based on an MR damper system.effectiveness of the proposed smart passive system, theperformance is compared with that of the normal MR damper-based controlsystem
Smart structures: Part II — Hybrid control systems and controlstrategies
hybrid mass dampers, semi-active base isolators, actuators with passive dampers, and semi-active Tuned Liquid Column Dampers (TLCD) with passive dampers.LQR and LQG, neuralnetwork-based, fuzzy logic, sliding mode and wavelet-based controllers
Statistical modeling of joint probability distribution using copula: Application to peak and permanent displacement seismic demands
introduction as well as illustrative application of the copula theory is given in the context of structural reliability. The numerical example deals with the performance evaluation of existing structures subjected to earthquake loading in terms of both peak and residual displacement demands
Stochastic earthquake response control of structures by liquid column vibration absorber with uncertain bounded system parameters
Design of liquid column vibration absorber for seismic vibration control of structures.Interval method,Taylor series expansion of dynam. response function
Stochastic representation of blast load damage in a reinforced concrete building
combines the Monte Carlo method, used in many structural reliabilityalgorithms, with a simplified but conservative progressive collapse structural model.algorithmis then used to generate a dataset.
STOCHASTIC RESPONSE OF A TWO DOF ARTICULATED TOWER
i. jur non linear mecanics.,. Vol. 32, No. 4. pp. 639-655. 1997
the tower is modeled as a spherical pendulum having two angular degrees of freedom. response of an articulated tower in the ocean subjected to deterministic and randomwave loading was investigated.
theorem on the unique decomposition of eigenstrain provides the tool to construct prescribeddisplacements inside and (or) at the surface of a linear elastic body Maysel’s formula,controlling theshape of the body
Proceedings of the Seventh (1997) International Offshore and Polar Engineering Conference
active control of jacket type offshore platforms is investigated. The deck displacement of jacket type offshore platforms is controlled by passive and active control mechanisms,active mass damper, active tendonmechanism and propeller thruster
Structural optimization for performance based design in earthquake engineering: Applications of neural networks
Oscar Moller,Ricardo O Foschi,Laura M qquiroz, Marcelo Rubinstein
Optimization of structural cost under performance requirements.Measures damage accumulated in earthquake.Neural Network.Reliabilty by Monte Carlo simulation
Structural protection using MR dampers with clippedrobust reliability-based control
Ka-Veng Yuen ·Yuanfeng Shi · James L. Beck ·Heung-Fai Lam
control structuralsystems using MR dampers that addresses structuralmodeling uncertainties.clipped-optimal linear controller
Synchronization of unified chaotic system based on passive control
passive controller is designed and synchronization of two identical unified chaotic systems with different initial conditions is realized. Simulation results for two Lorenz, two L¨u and two Chen chaotic systems are provided to show the effectiveness of the proposed synchronization method.
The Development of an On-line Structural Health Monitoring System based on Wireless Sensor Networks
EJSE Special Issue: Wireless Sensor Networks and Practical Applications (2010)
on-line structural health monitoring system that consists of wireless sensor networks for re-al-time sensing and data sever for on-line analyzing
Transient response of structures with uncertain structural parameters
transient dynamic analysis of structures with uncertain structural parameters,subjected to an impact load.adaptiveTaylor methods and direct optimisation based interval finite element approach
Vibration control of steel jacket offshore platform structures with damping isolation systems
Jinping Oua,, Xu Longa,b, Q.S. Lic, Y.Q. Xiao
a damping isolation system is developed for vibration control of steel jacket offshore platform structures.Damping isolation system composed of rubber bearings and viscous dampers. experimental and numerical study is carried out
Wireless Technologies for Integrated e-Operations in Offshore Environments
Wireless Sensor Networks and Practical Applications (2010)
wireless local area net-work (WLAN), radio frequency identification (RFID), Bluetooth, ZigBee and remote sensors would be the best solution in congested sites.framework for potential application of such a combined solution for offshore oil & gas production environments
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