A new user friendly GUI is designed. Now the user can create a problem by giving all the input data through number of dialog boxes, which appear just by clicking the various items in pull down menus. After creating the input file, the user can do mesh generation. The user then performs variety of thermal and mechanical analysis and evaluates the results by clicking the mouse at various options in the main menu and pull down menus. Another important feature of this new GUI is the inclusion of Multi board or system level analysis.
Users can set-up the problem by giving all the required data through dialog boxes.
The user can then re-load this file at later time and continue working without loss of any data. The PCG solver can solve a positive definite matrix with less disk space requirement and is up to 200 times faster in solution time than the frontal solver. The pre-conditioning process takes very little time compared to the PCG iteration process and is based on the underlying physics of the discretization of a continuous problem, geometry of the elements, and characteristics of the different type of elements. A new iterative Solver for fluid flow problems has been introduced. It is well known that discretization of Navier-Stokes equations via the finite element method leads to a system of equations resulting in unsymmetric matrices.