1 Sun,L.M, "“The properties of tuned liquid dampers using aTMD analogy”" 24 : 967-976, 1995
2 Tait,M.J, "“The efficiency and robustness of a uni-directional tunedliquid damper and modelling with an equivalent TMD”" 7 (7): 235-250, 2004b
3 Graham, "“The characteristics of fuel motion which affect airplane dynamics”" 381-388, 1952
4 Lamb, "“Study on vibration control damperutilizing sloshing of water” Japan Association of Wind Engineering" The University Press 557-566, 19321988
5 Sun, "“Semi-analytical modelling of tuned liquid damper with emphasis on damping ofliquid sloshing” University of Tokyo" 1991
6 Chester, "“Resonant oscillations of water waves” Proc. Royal Society of London" 5-22, 1968
7 Fediw, A.A, "“Performance of a tuned sloshing water damper”" 56 : 237-247, 1995
8 A.A, "“Performance of a one dimensional tuned sloshing water damper” University of Western Ontario" 1992
9 Fujino, "“Parametric studies on tuned liquid damper using circular containers by free-oscillation experiments”" 381-391, 1988
10 Bauer, "“Oscillations of immiscible liquids in a rectangular container a new damper for excitedstructures”" 117-133, 1984a
1 Sun,L.M, "“The properties of tuned liquid dampers using aTMD analogy”" 24 : 967-976, 1995
2 Tait,M.J, "“The efficiency and robustness of a uni-directional tunedliquid damper and modelling with an equivalent TMD”" 7 (7): 235-250, 2004b
3 Graham, "“The characteristics of fuel motion which affect airplane dynamics”" 381-388, 1952
4 Lamb, "“Study on vibration control damperutilizing sloshing of water” Japan Association of Wind Engineering" The University Press 557-566, 19321988
5 Sun, "“Semi-analytical modelling of tuned liquid damper with emphasis on damping ofliquid sloshing” University of Tokyo" 1991
6 Chester, "“Resonant oscillations of water waves” Proc. Royal Society of London" 5-22, 1968
7 Fediw, A.A, "“Performance of a tuned sloshing water damper”" 56 : 237-247, 1995
8 A.A, "“Performance of a one dimensional tuned sloshing water damper” University of Western Ontario" 1992
9 Fujino, "“Parametric studies on tuned liquid damper using circular containers by free-oscillation experiments”" 381-391, 1988
10 Bauer, "“Oscillations of immiscible liquids in a rectangular container a new damper for excitedstructures”" 117-133, 1984a
11 Warburton, "“Optimum absorber parameters for various combinations of response and excitationparameters”" 381-401, 1982
12 Shimizu, "“Nonlinear response of sloshing based on the shallow water wave theory”" 806-813, 1987
13 Warnitchai, P., "“Modelling of liquid sloshing in rectangular tanks with flow-dampeningdevices”" 20 (20): 593-600, 1998
14 Kaneko,S, "“Modeling of tuned liquid damper with submerged nets”" 121 : 334-343, 1999
15 Yalla, S.K, "“Liquid dampers for mitigation of structural response University of Notre Dame" 2001
16 W, "“Higher harmonic oscillations in heteronomous non-linear systems with onedegree of freedom”" 17-30, 1968
17 Housner, "“Dynamic pressures on accelerated fluid containers”" 15-37, 1957
18 Yu,J.K, "“A non-linear numerical model of the tuned liquid damper”" 28 : 671-686, 1999
19 Ph.D. Thesis, "modelling and application of the tuned liquid damper” University of Tokyo" 1990
20 Dean, "Water Wave Mechanics for Engineers and Scientists" Prentice-Hall Inc. 1984