... prediction ship motion simulation irregular wave ship free-running simulation drift force linearization method containership experimental data resistance speed loss ship maneuvering efficiency boundary value problem linearization Time-domain Approach for Speed Loss of Ship in Waves Jae...

... stopping condition. Detail information of the flow field during stopping maneuver are presented and analyzed to explain the stopping effect. The predicted results for the stopping maneuver in calm water are compared with the corresponding experimental data. The comparison is satisfactory and shows...

...) and k-ε turbulence model equations. The numerical results for the reflection coefficients of perforated caissons are in good agreement with the experimental data in literature, which means that the present numerical model can well estimate the hydrodynamic performance of complicated perforated thin...

... speed quadrupole noise noise artificial intelligence prediction wind turbine aerodynamic noise renewable energy vawt turbulence model reservoir simulation experimental data tip speed ratio vortice equation thickness flow field Aerodynamic Noise Prediction of a Vertical Axis Wind...

... responses of coastal structures, wave overtopping must be carefully considered in engineering design. This study examines wave overtopping at perforated caissons for non-breaking waves. Based on experimental data, a modified predictive formula of the mean overtopping discharge for perforated caissons...

... numerical simulation oppositely resonance subsea system numerical result narrow gap amplitude barge experimental data resonant wave height roll motion twin oppositely resonant frequency model test incident wave fluid modeling upstream oil & gas gap resonance fpso floating...

... 2003). numerical simulation regime circular cylinder simulation coefficient cylinder surface flow structure experimental data fluid mechanics flow field upstream oil & gas cylinder reynolds number high reynolds number drag coefficient flow regime vortex contour pressure...

... Hydrodynamics (SPH) method. Vertical force and overturning moment exerted on a submerged plate are obtained by the numerical model, and compared with the experimental data. Effects of a sloping beach to wave load are discussed by comparing with results on a flat bottom. More details of pressure distributions...

.... The simulation is achieved by the method which involves higher-order upwind scheme, a blended k– ω / k–? two-equation turbulence model, free surface tracking approach, structured overset grid and 6 degrees of freedom motion method. The resulting roll period is 1.74% shorter than the experimental data...

...×z = 52D×26D× D, with the cylinder spanwise direction parallel to the z-axis and placed in the middle of the domain along x-axis. Experimental data are included for comparison. Coarse Medium Fine Experiment* 0.0007 0.0007 0.0007 - y+ 1.1 1.1 1.1 - Circumference cells 120 160 200 - z- cells 32 64 96...

... coefficient shed insights on the mechanism of energy dissipation. Semi-analytical results with calibrated damping coefficient are presented and good agreements with experimental data are obtained. body draft narrow gap fluid resonance potential flow model resonant wave height variation laboratory...

... modulus energy-based model buildup experimental data hardin-drnevich model reservoir geomechanics cyclic loading validation reservoir characterization cohesionless soil engineering loading source term upstream oil & gas wave-induced pore-pressure buildup Energy-based Model for Wave...

... turbulent model turbulence model experimental data reservoir simulation Application of TVD Scheme on Simulating Horseshoe Vortex at the Bottom of a Wall-Mounted Circular Cylinder Hanxu Zheng1,2, Jiasong Wang1,2 1. School of Naval Architecture, Ocean and Civil Engineering, Shanghai Jiao Tong...

.... Predictions show good agreement with the experimental data if the water fraction is less than 10%. Disagreement between simulations and measurements is increased if the water fraction is larger than 10%. The influence of the temperature on two-phase flow behavior is analyzed. KEY WORDS: Mathematical modeling...

... of a wedge. The computational pressure distribution and the velocity field can be obtained. Numerical results agree well with the experimental data in literature to verify the two phase SPH method and the boundary treatment approach. It turns out that the cavity evolves with significant deformation...

... are used in the CIP-base method and FV-based method, respectively. Numerical simulations have been carried out for dam-breaking and wave-body interaction problems. The computational results of the two methods are compared with experimental data and their differences are observed. INTRODUCTION Wave-body...

... were adopted. The numerical results are validated by the experimental data in terms of the overtopping discharge. It turns out that the maximum overtopping discharge appears when the submerged dike locates near the anti-node of the nonlinear partial standing waves in the front of seawalls, while...

... calculation shape parameter wave energy social responsibility concave type equation renewable energy ocean energy energy convertor experimental data discharge vof model Practical Calculation of Parabolic Overtopping Wave Energy Converter Zhen Liu Beom-Soo Hyun Key-yong Hong Ocean University...

... after a series of physical model tests. criterion engineering experimental data wave height beach slope criteria regular wave breaking goda asymmetric parameter irregular wave breaking kjeldsen asymmetry wave breaking relative water depth wave form formula experimental data 0...

... ABSTRACT: Based on the Navier-Stokes equations and realizable k-ε turbulence model, a 3-D mathematical model for the round turbulent buoyant jet discharged vertically into cross flow was developed. The temperature distribution is well in agreement with the experimental data in the vicinity...