将使用逼真的三维计算机建模技术模拟不同速度（动态效应）、不同刀具几何（尖端半径、前角）和不同切削深度下的单点磨削过程。应力、应变和速度场将进行三维分析。计算将使用DYNA3D代码作为通用代码进行，随着研究进展，内部将开发特殊的用户子程序来补充DYNA3D。计算结果有三种模型。

A REALISTIC 3-D COMPUTER MODELING TECHNIQUE WILL BE USED TO SIMULATE SINGLE POINT GRINDING PROCESSES AT DIFFERENT SPEEDS (DYNAMIC EFFECTS), DIFFERENT TOOL GEOMETRIES (TIP RADIUS, RAKE ANGLES) AND DIFFERENT DEPTHS OF CUT. THE STRESS, STRAIN AND VELOCITY FIELDS WILL BE ANALYZED IN THREE DIMENSIONS. THE COMPUTATION WILL BE PERFORMED USING DYNA3D CODE AS THE GENERAL PURPOSE CODE, WITH SPECIAL USER SUBROUTINES TO BE DEVELOPED IN-HOUSE TO SUPPLEMENT DYNA3D AS RESEARCH PROGRESSES. THERE ARE THREE MODELS FOR THE COMPUTATIONAL RESULTS.