Saving Time with Assembly FEMs in Simcenter 3D
Explore the world of Assembly FEMs and how they can increase modeling efficiency by eliminating redundant meshing. This is a great tool to have in your toolbox when working with repetitive structures or many instances of the same part. See how Assembly FEMs can speed up your workflow during this webinar.
Simcenter 3D is a comprehensive and integrated CAE platform and analysis software for multi-physics simulation from a single unified environment. With such a powerful platform come many ways to perform the same operation or get to the same goal. Assembly FEMS offer a great way to save time during the meshing process. While eliminating redundant meshing is a great way to increase efficiency, maintaining proper node and element numbering organization is equally as important.
In this upcoming webinar, ATA Engineering will provide an overview of Assembly FEMS as well as some other tools improve your use of Simcenter 3D. This overview will include a real-time Q&A session, providing the opportunity to discuss innovative problem-solving approaches with a subject-matter expert. Join us for this webinar and unlock the full potential of Simcenter 3D to accelerate the design cycle and enhance the CAE workflow.
Topics of Discussion:
- Assembly FEM Creation
- Bolted Connections
- Glued Connections
- Assembly Label Manager
- Node/Element Numbering Organization
- Modifying Geometry and FEM Updates
- Replacing Component FEMs with Superelements
About the Speaker:
Daniel Kaminski
Project Engineer, Siemens Simcenter 3D Expert, ATA Engineering
Daniel Kaminski is a project engineer with over 10 years of experience using Siemens Simcenter 3D for structural and dynamic analysis.
He holds an Expert-level certification from Siemens, demonstrating advanced proficiency in applying the software to solve complex engineering problems. His work focuses on building accurate finite element models to predict failure modes and support critical design decisions. Daniel holds a Bachelor of Science in Mechanical Engineering from the University of California, San Diego.