Simcenter Hypermesh
Model Setup, Analysis and Results with Simcenter Hypermesh
Course Code
WEBNA14
Software
Simcenter Hypermesh 2026.1
Language
English
User Level
Intermediate
Pricing ID
Select Country
List Price
Select Country
Price may not include taxes applicable to your billing region
Contact us for private event pricing
Contact us for private event pricing
Live In-Person Duration
0.5 Day
Live Online Duration
2 Hours
This live training teaches users how to prepare models for linear static and modal analyses using Simcenter Hypermesh software. Learn to assign properties and materials, define boundary conditions and loads, validate models, and perform basic post-processing.
WHO SHOULD ATTEND
This class is designed for engineers, analysts, and simulation users who want to understand how to prepare FEA models, define loads and boundary conditions, run various analyses, and visualize results in Simcenter Hypermesh.
PREREQUISITES
Required courses:
- Getting Started with Simcenter Hypermesh (WEBNA07)
Other recommended courses:
- Model Import and Organization with Simcenter Hypermesh (WEBNA13)
- Geometry Handling with Simcenter Hypermesh (WEBNA06)
- Shell Meshing with Simcenter Hypermesh (WEBNA21)
- Midsurface and Midmesh Generation with Simcenter Hypermesh (WEBNA12)
- Solid Meshing with Simcenter Hypermesh (WEBNA22)
- 1D Meshing with Simcenter Hypermesh (WEBNA01)
- Connectors and Contacts with Simcenter Hypermesh (WEBNA03)
PROVIDED COURSE MATERIALS
- Student Guide
- Activity Material
ATTENDANCE REQUIREMENTS
- A computer with internet access and the installation of the latest versions of Simcenter Hypermesh
- No prior experience with Simcenter Hypermesh or coding required
- Basic understanding of Finite Element simulation recommended
PRIMARY COURSE TOPICS
- Understand the overall workflow for setting up and running different types of analysis.
- Create, edit, assign, and review model properties and materials.
- Define and manage boundary condition (BC) entities, including loads, constraints, load steps, and output requests.
- Validate and check the model.
- Perform basic post-processing and visualize simulation results.