2014
DOI: 10.1016/j.engstruct.2014.01.009
|View full text |Cite
|
Sign up to set email alerts
|

A new active control performance index for vibration control of three-dimensional structures

Help me understand this report

Search citation statements

Order By: Relevance

Paper Sections

Select...
2
2

Citation Types

0
30
0

Year Published

2014
2014
2022
2022

Publication Types

Select...
4
3

Relationship

1
6

Authors

Journals

citations
Cited by 50 publications
(31 citation statements)
references
References 39 publications
0
30
0
Order By: Relevance
“…For numerical validation of their algorithm they used simple eight story shear frame structures. A new performance index for active vibration control of three-dimensional structures was presented in [17]. To analytically validate the proposed performance index, a six story three-dimensional structure was considered as an example with a fully active tendon controller system.…”
Section: U(t)=-g Pc Z(t)mentioning
confidence: 99%
See 1 more Smart Citation
“…For numerical validation of their algorithm they used simple eight story shear frame structures. A new performance index for active vibration control of three-dimensional structures was presented in [17]. To analytically validate the proposed performance index, a six story three-dimensional structure was considered as an example with a fully active tendon controller system.…”
Section: U(t)=-g Pc Z(t)mentioning
confidence: 99%
“…This example is shown in Fig. 10 and the resulting control law from their study is given in (8) [17]. In (8) Z 3D is the three dimensional state vector, t  is the sampling interval of the simulation and the other parameters are defined above.…”
Section: U(t)=-g Pc Z(t)mentioning
confidence: 99%
“…It allows to define the optimal control force gains able to minimize a performance index appropriately weighted on the controlled state and control force. Moreover, in civil engineering, a different target can be pursued like reduction of displacement, velocity or absolute accelerations, and interstory drifts . LQR design is based on a cost function that has to be minimized through a reasonable trade‐off between the control cost and the achievable reduction of structural vibrations.…”
Section: Introductionmentioning
confidence: 99%
“…Moreover, in civil engineering, a different target can be pursued like reduction of displacement, velocity or absolute accelerations, and interstory drifts. 15 LQR design is based on a cost function that has to be minimized through a reasonable trade-off between the control cost and the achievable reduction of structural vibrations. However, this approach requires measurements of all the state variables, which in real applications is often impossible.…”
Section: Introductionmentioning
confidence: 99%
“…}mQD QO p=aiQ}e pQDvm |=ysDU}U KqY= |x}=B Q@ R}v p=aixt}v pQDvm [1] "CU= xOt; CUOx@ p=ai |iQat u= QoWywSB R= |Q=}U@ \UwD |OOaDt p=ai pQDvm |=ysD}Qwor= uwvm=D sQi x@ xO=U |WwQ =@ xOW ?=NDv= |=yOwt '1988 p=U QO |WywSB QO "CU= xOW CUOx@ l} QDmr=wR}B |=yu=tr= ?U=vt C}akwt xm |Qw]x@ 'OvOW |R=UxO=U xv=o} |L=Q] w p}rLD QO =yu=wva u} QDsyt R= |m} 'xR=U MU=B Vy=m w u=Uwv pQDvm |=yu=UwvpQDvmw=yxR=U|}xRQrOQmrtaOw@y@'=DU= Qu}=QO"CU=yxR=U|m}t=v}O Ovv=wD|t xm OvDUy |}=yxv=t=U 'OvtWwy |=yu=tDN=U "OQ=O |}xS} w C}ty= '=yu; uNU x@ [1] "Ovvm C_i=Lt OwN R= O=@ w xrRrR Ovv=t '|HQ=N |=yl}QLD Q@=Q@ QO 'u=}t u}= QO [2] "Ovm Q}}eD |m}t=v}O \}Lt =@ j@=]t Ov=wD|t OvtWwy |xR=U 'Qo}O xm CU= |tyt`w[wt |HQ=N |=yl}QLD p@=kt QO xR=U OQmrta Ow@y@ w^iL pQDvm |xv}tR QO |O=}R C=ar=]t uwvm=D [1] "OwW|t xDN=vW xR=U pQDvm u=wva =@ %|=yVwQ |xDUO 3 QO xR=U pQDvm |=yVwQ '|rm Qw] x@ "CU= xOW s=Hv= xR=U |R=}v p=aiQ}e pQDvm |xv=t=U QO [3] "OvwW|t |Ov@xk@] p=aixt}v w p=aiQ}e 'p=ai xR=U CmQL R= xO=iDU= =@ |rQDvm |=ywQ}v w CU}v wQ}v u}t -=D |= Q@ |HQ=N`@vt x@ |}=Q}t =} |DNU u; QO xm CU= |tDU}U 'p=aiQ}e pQDvm |xv=t=U "OvwW|t O}rwD x@ p=aiQ}e |=yxOvvmpQDvm [4] [7] "CU= xOW [8] [9] "CU= hrD |SQv= |R=Uxv}W}@ T=U= Q@ OQmrta`@=D l} '2006 p=U QO u}vJty l}DvS sD} Qwor= l} 'u; T=U= Q@ w OW |UQQ@ pQDvm Ov}=Qi R= pY=L |xOW |@ QHD |xar=]t l} QO [9] "Ow@ |R=Uxv}y@ |xrUt pL x@ QO=k xm OW |U} wvOm xO=iDU= =@ xk@] 3 ?=k l} |=yV=aDQ= R}v 2006 l} QDmr=wR}B |=yQorta |wQ ? ]k ?=UDv= pOt Q=mwR=U w OW pQDvm l} QDmr=wR}B |=yQorta w =yQoUL R= '2014 p=U QO u}vJty [10] "OW |R=UxO=}B V=aDQ= |=yOwt |x}rm pQDvm |= Q@ Ov}=Qi xm CU= xDiQ Q=mx@ p=ai sQH |=yQo= Q}t QO |k=@]v= |x}=B pQDvm pOt l} Ov}=Qi l} 'Qo}O |wU R= [11] "CU= xOw@ |y=oW}=tR; w |OOa CQwYx@ u; u; |xw}W xm 'CU= xOW x=Q= R}v ?=DW OQwNR=@ |v=tR Q}N -=D |x}=B Q@ pQDvm XN=W l} [12] "CU= xDiQ Q=m x@ Q=OQ}o QU l} Q}D |=yu=Uwv pQDvm |= Q@ u; OQmrta w xOW x=Q= |Oa@xU |=yxR=U |= Q@ 2014 p=U QO R}v p=ai pQDvm xOW |UQQ@ l}ORv w QwO u=O}t |xrRrR OvJ QF= CLD 'xk@] 6 u=tDN=U QO |= Q@ u} wv |xw}W l} '2015 p=U QO u= QoWywSB |NQ@ u}vJty [13] "CU= Qo}O |}xar=]t QO [14] "Ov=xOQm O=yvW}B ?mQt |=yxLiY |=yu=Uwv p=ai pQDvm CLD xm nQR@ |=yxR=U QO OQ@Q=m |= Q@`} QU |rQDvm pOt l} R}v '2017 Qorta |wQ}v u; QO xm [15] 'CU= xOW x=Q= 'OvQ=O Q= Qk xRQru}tR |x}=B ?=DW QF= "CU= xOt; CUO x@ =} wB p}rLD l} s=Hv= w stDt |]N x=oDUO l} pL =@ |=yu=Uwv VHvU |= Q@ p=aiQ}e p=ai pQDvm |xw}W l} p=U u=ty QO 'u}vJty u}}=B w q=@ |=yOt=U@ wO Qy QO |@U=vt |}=Q=m xm [16] 'OW`=O@= |}=B QN |=yxR=U "CW=O u}}aD x@ xDU@=w =yQorta w =yQoUL ?U=vt OQmrta 'OvtWwy |=yxR=U QO |=ysD}Qwor= uwvm=D "CU=yQorta hQ] R= xR=U x@ |r=ta= |wQ}v w C}akwt j}kO pQDvm |=ysD}Qwor= x@ u=wD|t xvwtv |= Q@ "CU= xOW x=Q= p=ai pQDvm |= Q@ |vwo =vwo '|WRer Owt pQDvm '|]NQ}e pQDvm '? ]k ?=UDv= '|v; |xv}y@ pQDvm '|]N |xv}y@ xQ=W= |@Ya |xm@W w l}DvS sD} Qwor= Ovv=t |rt=mD |=ysD}Qwor= R= xO=iDU= xm =yxR=U l}t=v}O |O=}v@ u}v=...…”
mentioning
confidence: 99%