
Compendium of references on dynamic coupling

 


B.H. Adee & I. Caglayan.
The effects of free water on deck on the
motions and stability of vessels,
In Proc. Second Inter. Conf. Stab.
Ships and Ocean Vehicles, pp. 413426. Berlin: Springer (1982).

H. Alemi Ardakani.
Rigidbody motion with interior shallowwater sloshing,
PhD Thesis, University of Surrey (2010).

H. Alemi Ardakani & T.J. Bridges.
Dynamic coupling between shallow water sloshing and
horizontal vehicle motion, Europ. J. Appl. Math. 21 479517 (2010).

H. Alemi Ardakani & T.J. Bridges.
The Euler equations in fluid mechanics relative to
a rotatingtranslating reference frame
Technical Report, Department of Mathematics, University of Surrey (2010).

H. Alemi Ardakani & T.J. Bridges.
Symplecticity of the StormerVerlet algorithm for
coupling between the shallow water equations and horizontal vehicle motion,
Technical report, University of Surrey (2010).

I. Caglayan & R.L. Storch.
Stability of fishing vessels with
water on deck: a review, J. Ship Research 26 106116 (1982).

M.J. Cooker. Water waves in a suspended container
Wave Motion 20 385395 (1994).

O.M. Faltinsen & A.N. Timokha.
Sloshing, Cambridge University Press (2009).

J.T. Feddema, C.R. Dohrmann, G.G. Parker, R.D. Robinett, V.J. Romero &
D.J. Schmitt.
Control for sloshfree motion of an open container,
IEEE Control Systems Magazine 17 2936 (1997).

J. Gerrits.
Dynamics of liquidfilled spacecraft,
PhD thesis, University of Groningen, Netherlands (2001).

M. Grundelius & B. Bernhardsson.
Control of liquid slosh in an industrial packaging machine,
IEEE Int. Conf. Control Appl., Kohala Coast, Hawaii, 6 pages (1999).

R.A. Ibrahim. Liquid Sloshing Dynamics
Cambridge University Press (2005).

T. Ikeda & N. Nakagawa.
Nonlinear vibrations of a structure caused by water sloshing
in a rectangular tank, J. Sound & Vibration 201 2341 (1997).

J. Laranjinha, J.M. Falzarano & C.G. Soares.
Analysis of the
dynamical behaviour of an offshore supply vessel with water on deck
In the Proc. 21st Inter. Conf. Offshore Mechanics and Arctic Eng. (OMAE02),
Paper No. OMAE2002OFT28177, ASME (2002).

S.J. Lee, H.H. Kim, D.H. Lee, J.W. Kim & Y.H. Kim.
The effects of LNGtank sloshing on the
global motions of LNG carriers, Ocean Engineering 34 1020 (2007).

S.K. Lee, S. Surendran & G. Lee. Roll performance of a small
fishing vessel with live fish tank, Ocean Engineering 32
18731885 (2005).

P.C. Lui & Y.K. Lou.
Dynamic coupling of a liquidtank system under transient excitation,
Ocean Engng. 17 263277 (1990).

C. Prieur & J. de Halleux.
Stabilization of a 1D tank containing a fluid
modeled by the shallow water equations,
Systems & Control Letters 52 167178 (2004).

S. Rebouillat & D. Liksonov.
Fluidstructure interaction in partially filled liquid containders:
A comparative
review of numerical approaches, Computers & Fluids 39 739746 (2010).

P. Ruponen, J. Matusiak, J. Luukkonen & M. Ilus. Experimental
study on the behavior of a swimming pool onboard a large passenger ship
Marine Technology 46 2733 (2009).

M.P. Tzamtzi & N.D. Kouvakas. Sloshing control of tilting phases
of the pouring process, Inter. J. Math. Phys. Eng. Sciences 1
175182 (2007).

M.P. Tzamtzi & N.D. Kouvakas.
Robustness of a robot control scheme for liquid transfer,
in Novel Algortithms and Techniques in Telecommunications,
Automation and Industrial Electronics, Edited by T. Sobh et al.,
SpringerVerlag 154161 (2008).

A.E.P. Veldman, J. Gerrits, R. Luppes, J.A. Helder & J.P.B. Vreeburg.
The numerical
simulation of liquid sloshing on board spacecraft, J. Comp. Physics
224 8299 (2007).

J. Yu.
Effects of finite water depth on natural frequencies
of suspended water tanks, Stud. Appl. Math. 125 373391 (2010).


