MSC APEX and MSC NASTRAN Finite Element Modeling and Structural Analysis Training was held on 29-30 November 2022 with the cooperation of TÜRK LOYDU and BİAS Mühendislik as a face-to-face training open to general participation.
In education; MSC Apex modeler, which allows direct and fast modeling and shortens the time spent in the preprocessor, and MSC Nastran solver are handled together in an integrated/integrated structure. The training was carried out practically in the computer-equipped training room of Türk Loydu.
Training carried out with the cooperation of TÜRK LOYDU and BİAS Mühendislik; On the integrated use and possibilities of MSC Apex Finite Element Modeling and Simulation Software and MSC Nastran Finite Element Structural Analysis Software, which are applied and developed in the fields of aviation, space, shipbuilding, defense industry and other manufacturing industries, theoretical and practical training by experienced and expert trainers provided as an education. Those who participated in the training full-time were entitled to receive a certificate of completion of the training.
MSC Nastran, which started to be developed at NASA, continues to be developed for more than 40 years. Almost all space shuttles, aircraft and vehicles designed in the last 40 years have been analyzed with MSC Nastran. MSC Nastran is optimized to provide fast and precise solutions for complex engineering jobs. MSC Apex application, developed by Hexagon MI Company, which is easy to learn and implement, offers user-friendly opportunities with modeling before structural analysis and simulation after it. With its fast modeling capability, it provides the opportunity to make solutions in stages and on an assembly basis and to examine the results.
Content of Education:
MSC Nastran and MSC Apex Overview
Examining MSC Nastran Input/Input and Output/Output files
Obtaining MSC Nastran Input/Input and Output/Output files via MSC Apex
Simplifying the Geometry and Preparing it for Analysis
Removing the midsurface and introducing the thickness of regions with different thickness
Creating a Finite Element Network (Mesh)
Introduction of isotropic material information
Use of different rigid connectors such as MSC Nastran RBE2 and RBE3 for required areas and discussion of their usage areas
Running analysis in MSC Nastran by making static analysis definitions (Load and boundary conditions)
MSC Apex Custom Tools Examples
