... extremely high impact pressure peaks at some places of the wall surface. Numerical results are compared with experimental measurements regarding both free surface elevation and pressure on the wall. In general, a good agreement of the simulations with the measurements is obtained for free surface elevation...

... engineering wave-induced seabed instability free surface elevation Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright © 2022 by the International Society of Offshore and Polar Engineers (ISOPE) ISBN 978-1-880653-81-4...

.... As a result, in reality, it is difficult for either fixed and heaving plates to adapt the complex and changeable wave conditions. reinforcement learning breakwater amplitude artificial intelligence free surface elevation surface elevation wave condition interaction upstream oil & gas...

... potential and the free surface elevation on the wall. INTRODUCTION One of the most hazardous cases of hydrodynamic loading on marine structures originate from slamming phenomena (Faltinsen et al., 2004; Faltinsen and Chezhian, 2005; Liang et al., 2016). The dominant feature of this type of loading...

... reservoir surveillance ship damaged cabin flooding production control reservoir simulation bulkhead production monitoring upstream oil & gas natural frequency free surface elevation enhanced recovery frequency free surface flooding interface equation surface motion tank...

... renewable energy alpe maritime boundary condition cross-shore profile significant wave height surface elevation spectrum computed free surface elevation wave condition contingency planning water level free surface elevation xbeach model funwave-tvd model equation Proceedings of the Thirty...

...-spots. Specific experimental investigations were conducted based on numerical results to validate the numerical model based on free surface elevation and local velocities. It could be shown that the location and strength of the hot-spots vary with wave frequencies and steepnesses as well...

... surface problems, both kinematic and dynamic boundary conditions at the free surface are implemented in the mixed-Eulerian-Lagrangian (MEL) form to update the free surface elevation and velocity potential respectively. The FNPF sloshing model is validated against a number of available experimental...

...) with linear free surface condition considered. The boundary element method has the advantages of less meshes and reducing dimension. reservoir simulation velocity potential free surface elevation boussinesq-type equation laplace equation frequency free surface element method rectangular tank...

... particle liquified natural gas upstream oil & gas semi-spheroidal end shell frequency range snapshot numerical result axisymmetric tank tank free surface elevation end shell amplitude spherical container A Numerical Study on Sloshing in Horizontal Axisymmetric LNG Tanks Cezar Augusto...

... (Ning, Zang et al. 2009), and the numerical simulation results fitted the experimental results well. wave tank numerical simulation experimental result reservoir simulation numerical wave tank experiment inlet boundary cylinder computational domain free surface elevation grid renewable...

.... engineering ns-vof model free surface fnpf model wave interaction element method wave tank eatock taylor free surface elevation equation cylinder openfoam wave generation interaction simulation wave-structure interaction experimental measurement boundary condition qian numerical result...

... correlation with flow physics observed in the experiments. Quantitatively, when average and RMS values of the unsteady near field free surface elevation are compared, SPH results show a general good agreement with the experiments. The turbulent trailing edge separation and wave depression at midchord are well...

... and partially on strip theory, with Morison, Rainey and FNV terms applied on the smallest section of the foundation. In order to capture the wave asymmetry observed in high sea states, the free surface elevation is computed under irregular and nonlinear assumption, using the HOS method to solve the Zakharov's...

.... The convergence and correctness of newly developed analytical solution is confirmed. The formulae for hydrodynamic quantities calculating reflection and transmission coefficients and free surface elevations are given. Numerical examples are presented to investigate the effects of the structural and wave...

... wave load solitary wave submerged depth flat-form structure submerged horizontal plate positive peak tsunami hydrodynamic load vertical force experiment load pattern horizontal force free surface elevation negative peak pressure distribution surface elevation horizontal plate...

... Experiment The two test cases are listed in Table 1. The grid size x =0.01 m and n=0.01 are used for the numerical simulation. The computed free surface elevation and horizontal velocity component at six gauge locations (C5~C10) are compared against the experimental data in Figs. 6~7 for Case 1 (non...

... are compared substantially. Results show that the gap resonances are excited in the narrow gaps between the two FHST and between the FHST and the surrounding barge. The potential theory-based codes predict the natural frequencies of the resonances fairly well, although the free surface elevations can...

...-dimensional cfd calculation equation calculation leg position cylindrical jack-up leg grid size horizontal velocity vertical cylinder cylinder engineering jack-up leg free surface elevation reservoir characterization Using CFD to Predict the Breaking Wave Forces on Cylindrical Jack-up Legs...

... a solitary wave and a trapezoid obstacle on the sloping beach. First, convergence tests are presented with respect to time step and mesh resolution. Second, the free surface elevation measured by wave gauges at different locations is presented to analyze the variation of solitary wave on this slope...