... structural geology laptev sea criterion earthquake loading plastic deformation boundary ubc3d-plm journal modeling magnitude shear strength numerical modeling Proceedings of the Thirty-fourth (2024) International Ocean and Polar Engineering Conference Rhodes, Greece, June 16 21, 2024 Copyright...

... numerical modeling frictional resistance nsf negative skin friction numerical simulation ABSTRACT In this paper, the negative friction resistance of double-sleeve pile in coastal underconsolidated soil is studied by three-dimensional numerical simulation. The feasibility of the numerical...

... velocity modeling correspond dependency hydrodynamic characteristic numerical modeling formula characteristic offshore polar eng iceberg positional component konstantin pressure coefficient velocity vector drag coefficient wind tunnel Proceedings of the Thirty-first (2021) International...

.... upstream oil & gas ice field vector destruction equation ice load node membrane force ice floe model task fragment dependence contact area thickness bolshev frolov interaction deformation numerical modeling The Method of Numerical Modeling of the Level Ice Impact on the Sloping...

... ice, the drag coefficient is an important factor in determining the flow drag force, and the parameterization on the drag coefficient has been gradually developed (Tsamados et al., 2014). physical modeling test drag force flume water drag force reservoir simulation numerical modeling...

... of rivers and tides, using the process-based Delft3D software. Le Hir et al. (2011) proposed a more detailed modeling frame considering consolidation processes due to mud content. concentration silt upper layer multi-fraction sediment numerical modeling sediment bed sediment concentration...

... the influence of malfunction in the drainage system on the distribution of water pressures in the waste residual subjected to pumping water in the landfill. The numerical modeling is based on a real landfill site. The performance of total discharge for various scenarios of malfunction in the drainage system...

... with and without extension of the southeast segment were investigated by numerical modeling. Model results indicated the restoration of the long breakwater to the original design would provide effective and sufficient protection to the harbor. INTRODUCTION Tinian Harbor is located within a natural embayment...

... accumulated rotation are the most important issues for design. cyclic response cyclic loading bucket foundation foundation angular rotation upstream oil & gas long-term cyclic loading displacement numerical modeling degradation loading shear stress simulation rotation stiffness...

... is embedded into another. Tsunami parameters are transferred from the larger domain to the embedded smaller one by means of boundary conditions. The 4-stage algorithm was used for numerical modeling the far-field tsunami propagation to the Sanriku coast harbors. The grid resolution decreases from...

... of Tsunami Early Warning Systems (TEWS). sample computation numerical modeling modeling equation reservoir characterization frequency hydro-acoustic wave water depth peak frequency upstream oil & gas displacement sammarco free surface elevation time series computation water column...

... Abstract This paper describes the numerical modeling of waves, currents, and sediment transport at Pillar Point Harbor, CA. The Coastal Modeling System (CMS), developed at the US Army Engineer Research and Development Center (ERDC) with fully integrated wave, current, and sedimentation models...

... Abstract In this paper, a 3D experimental and numerical investigation of the performance of a Pontoon-type Floating Structure (PFS) is implemented focusing on: the validation of the applied numerical modeling and the analysis of the wave characteristics' effect on mooring lines' tension...

... Abstract A numerical model for the estimation of the first and second order motions of a LNG carrier situated over quite shallow bathymetries is proposed. The model is developed within the context of time domain, boundary element methods that make use of the transient Green functions in order...

... Numerical Modeling on the Hydrodynamics of Surf Zone over Movable Beach Profiles Hyun-Doug Yoon1, Min-Sang Cho1, Sungwon Shin2 , Kwangwoo Cho2, and Daniel Cox3 1 Department of Civil and Environmental Engineering, Myongji University Yongin, Gyeonggi, Korea 2 Korea Adaptation Center for Climate...

.... This paper discusses the numerical modeling of caissons using PLAXIS 3D to assess suction caisson operational soil reaction behavior for typical Gulf of Mexico (GOM) clay sediments. Effects of input soil parameter (Undrained Young's Modulus) and suction caisson installation mis-orientation (twist...

... are also incorporated in the model. tide elevation reservoir characterization spatial distribution tidal flux dissipation ocean energy numerical modeling equatorial indian ocean baroclinic energy flux amplitude renewable energy sri lanka diffusivity salinity tidal energy flux strait...

... installation is numerically investigated by applying time-domain simulation method. Focus is made on the numerical modeling of LMU and ballasting operation in mating stge. LMU is modeled based on the characteristics of its geometry. The impact forces acting LMU are observed under the different loading...

... horizontal stress horizontal deformation geosynthetic material russia vertical deformation dependence diagram road bed numerical modeling motorway structure laboratory research polar region geogrid vertical stress deformation reinforcement Motorway Structures Reinforced with Geosynthetic...

... ABSTRACT This paper describes the numerical modeling of nearshore placement of dredged material at Noyo Harbor, CA. The numerical models include the US Army Corps of Engineers (USACE) Short-Term FATE model (STFATE), Coastal Modeling System (CMS), and Particle Tracking Model (PTM). The STFATE...