BEM-C

Name of contributor

Hajime Kihara, National Defense Academy, Japan

Simulation Method

BEM ( Quadratic Element ), Fully nonlinear simulation based on MEL

Method for ft computation

Solving the boundary-value problem for ft

Wave Absorption

Wave absorbing beach (beach length = wave length)

(Damping terms are added to kinematic and dynamic B.C.)

Intersection

Double nodes

Number of nodes

18 per wave length, 11 on wedge

Time integral method

4th order explicit Runge-Kutta method

Dt = T / 20 ~ T / 160 ( T : Heave period )

Computer information@

Computer : DEC Alpha Station 500 series

OS : Unix

Language : Fortran77

Reference paper


Jump to

BEM-A

BEM-B

BEM-C

BEM-D

BEM-E

FEM

FVM


Return to index