Numerical module currently provides a few finite/boundary element solvers of continuum molecular modeling, and contains several common visualization tools for the numerical result such as line and plane interpolations, surface probing, volume rendering and stream rendering.
The problem of the formulation can then be solved by using a numerical optimization module.
In some numerical examples, MAPLE modules are designed for the purpose of testing and using the method.
In order to overcome this problem, the authors developed an integrated approach which consists of three modules: numerical analysis, three-dimensional simulation and finite element analysis.
A linear kinetic Monte Carlo particle transport algorithm for neutral (force-free) particles and linear Boltzmann collision integrals has been supplemented by numerical orbit integration modules as well as diffusive (Fokker Planck) velocity space collision integrals.
A 3-module numerical MOB model at high sea states is considered as a case study.
A first step towards this goal has been successfully reached through the development of the RPV-2 and Toughness Module numerical tools by the scientific community created around the FP6 PERFECT project.
Both ambient vibration test at site and numerical modeling using advanced modules were used in this study.
The numerical analyses of armor modules are compared via depth of penetration (DOP) and LRP residual length for varying cover plate thicknesses.
