... center is not at the solid COG location. chosen as 20.159 m so that the tank volume is identical to the half sphere volume. The vertical position of the tanks is chosen so that the VCG of the rectangular tanks is identical to the VCG of the spherical tanks (14.531 m above the keel). The water and cargo...

.... upstream oil & gas tank spectrum asia government natural frequency excitation frequency equation of state transient effect energy spectrum history line wave height rectangular tank frequency excitation unbuffered tank random excitation response component liquid tank dissipation...

... upstream oil & gas tank free surface oil-water interface ocean engineering reservoir simulation natural frequency external excitation rectangular tank formula frequency excitation frequency liquid mesh refinement external excitation frequency interface excitation engineering...

... tank liquified natural gas liquid inner tank wall rectangular tank midstream oil & gas lng transportation curvature rectangular mobile tank liquid holder containment system liquefied natural gas mobile tank contact surface tank 1 inflatable element gas monetization...

... ABSTRACT To clarify distribution characteristics of impact pressure induced by sloshing along the rectangular tank wall and predict the vertical position where the maximum pressure appears, this paper uses VOF method and dynamic mesh technique to simulate the sloshing in the rectangular tank...

... in a rectangular tank based on an Improved MPS method Qiao-rui Wu, Shun-hong Bai, Zhen Zhang, Ming-hui Chen, Yong-he Xie School of Naval Architecture and Maritime, Zhejiang Ocean University Zhoushan, Zhejiang Province, P. R China ABSTRACT INTRODUCTION Liquid sloshing is quite a common phenomenon in the field...

... ABSTRACT Highly accurate Boussinesq-type equations in terms of velocity potential are used for the simulation of shallow-water sloshing in a rectangular tank. The finite difference method is used for the spatial discretization of derivatives. The total velocity potential is separated into two...

... ABSTRACT In this paper, a three-dimensional numerical model was established by using computational fluid dynamics to explore the improvement of hydrodynamic conditions and the flow field characteristics in a rectangular tank with arc angle. Design parameters of inlet system such as the jet...

... ABSTRACT To improve the removal efficiency of residual bait and feces in the recirculating aquaculture tank, a hydrodynamic simulation technology was employed to establish a three-dimensional numerical model for a rectangular tank with arc angle. In this way, the influence of bottom structure...

... that encapsulate objects move without deformation and regeneration (Ma et al. , 2018). simulation boundary condition equation operator rectangular tank artificial intelligence numerical simulation interaction experiment numerically accuracy tank experimentally free surface profile pressure...

... amplitude liu simulation wave height chen rectangular tank frequency trapezoidal tank vertical baffle characteristic length tank dissipation factor trefftz method single vertical baffle oscillation equation aspect ratio nonlinear A numerical study of the effects of the baffles on liquid...

... sloshing tank with a flexible sidewall, with a focus on coupling effects between sloshing and the flexible wall. free surface elevation rectangular tank dynamic pressure frequency tank attenuation bretschneider spectrum spectrum spectrum excitation excitation significant wave height...

... upstream oil & gas liquid tank tank wall lng variation liquified natural gas denote subsea system rectangular tank anti-sloshing effect liquid depth frequency tank baffle different position midstream oil & gas natural frequency anti-sloshing technique cylinder gas...

... average peak pressure tank simulation impact pressure frequency upstream oil & gas numerical simulation baffle isph method rectangular tank i-shape baffle resonant pressure engineering Incompressible SPH for Simulating Violent Sloshing in Tank with Different Baffles Yi You1, Xing...

... and the seakeeping problem for floating liquid storage structure are studied separately. For example, Faltinsen (1978) derived the linear analytical solution for liquid sloshing in a 2-D rectangular tank. Faltinsen and Timokha (2001) developed a multimodal approach to describe the sloshing phenomenon...

... and mercury content, arising from such liquids were suspected of impacting on the health of operational staff especially during loading of the (mobile) tank. Furthermore, such vapours may be equally harmful for others as well as for the environment when emitted. application rectangular tank...

... ABSTRACT This paper presents a numerical analysis of liquid sloshing in a rectangular tank under translational excitation. The numerical tool used in this study is an in-house solver MLParticle-SJTU which is developed based on improved moving particle semi-implicit (MPS) method. The validity...

... Abstract Experiments are reported on a rectangular tank in forced sway motion on a Stewart platform. The tank is fitted with a central screen which consists in a vertical plate with a central vertical opening. The width of the opening is varied so that the open-area ratio of the screen covers...

... Abstract The effects of the baffle in rolling rectangular tank are investigated numerically by a particle solver MLParticle-SJTU based on MPS (Moving Particle Semi-implicit) method. Firstly, the liquid sloshing flow in a rolling rectangular tank without baffle is carried out to validate...

... results is also depicted. resonance rectangular tank tank firoozkoohi experiment maximum steady-state response boundary condition simulation clean tank frequency unequal response compartment amplitude natural frequency equation solidity ratio initial condition faltinsen numerical...