General-purpose CAE Processor Jupiter-Pre
Technical Co., Ltd.

■ Large -scale support that exceeds 100 million points, high customizability, high -speed automatic mesh creation Jupiter-Pre has a large-scale model that exceeds 100 million points and a large-scale compatibility, high-speed, high-speed automatic meshing, which is strongly reduced by automation. It is a general -purpose CAE software provided. With one software on Windows, all CAE pre -processing, from CAD import to exporting the solver input file, is possible. It supports almost all CAE models, such as simple linear analysis models, non -linear large -scale analysis models, multi -screenx models. In addition, unlimited undoredo is possible. In addition, the model tree can move the CAD shape and the FEM mesh to both directions because the CAD and FEM are linked. Therefore, it can be operated with a flexible flow instead of one -way. ■ Characteristics 1. Abundant interface 2. Graphic performance There are performances that can withstand large -scale models, various display settings, and cross -sectional displays with easy -to -use 3D mouse. 3. Creating high -speed mesh We have powerful automatic and manual messing tools that can absorb the shape errors of large CAD assembly models and CAD models. 4. Form editing suitable for FEM We have a variety of shaped editing functions that can be used for both CAD models and mesh models. Automatic deletion of micro features and logo, filet creation / deletion, shape search, boulian, mortoing (moving in the arbitrary direction), extraction of neutral surface, etc. 5. Assembly (clause sharing, contact, bolts, welding, etc.) It is possible to automatically search for the matching surface between the CAD parts and convert it to a shared side. This makes it easier to create a mesh assembly model that shares a section. Automatic search and automatic setting are possible for contact settings. For bolts and welded conclusions, the batch setting of rigid bonds is possible, functions for solid bolts, settings, and connecting with automatic shell extensions. 6. Various FEM analysis conditions (boundary conditions) and material setting tools