FEMAP and NX Nastran - Foundation and Advanced training

Over the years we've seen every type of engineer benefit from our course

Whether you're a first-time FEA user or someone with 8+ years of experience, our workshops provide the principals and modeling fundamentals to get new users up and going. That said, each of the workshops also has tips, tricks and extra skills to push experienced users on their knowledge and experience.

This nearly week-long course taught by our FEMAP guru Adrian Jensen takes the user from the ground floor through FEA best practices. It then moves into advanced subjects dealing with manifold and non-manifold surface modeling, detailed plate meshing, and tet versus hex meshing.

The optional final day on Friday will finish with a focus on customization and automation using Excel and FEMAP’s own API interface for an additional $575. The course will be fast paced and follow a workshop format with theory, practice and Q&A sessions.

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Instructor Adrian Jensen

With 9+ years of experience, Adrian specializes in all things FEMAP: geometry modeling, meshing, analysis, post processing and programming with the FEMAP API.

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Download Course Outline

The course will be fast paced and follow a workshop format with theory, practice and Q&A sessions.

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Our FEMAP training ratings and reviews

See our stellar reviews and ratings from previous attendees, with detailed descriptions of benefits and challenges. Attendees have been from companies such as Sierra Nevada Corporation, Austal, TTF Aerospace, Puget Sound Naval Shipyard and many more.

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Excellent training and lodging venue

Our training location will most likely be the River's Edge Hotel, located along Portland's beautiful waterfront. Conveniently stay on site! We reserve blocks of rooms for our attendees. 

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COURSE OUTLINE:

Foundation of FEA Modeling with FEMAP + NX Nastran (Two Days)

1. FEA theoretical background w.r.t Beam, Isoparametric and special elements
2. Tour of FEMAP interface: Preferences, Panes, Toolboxes, Help and Tips & Tricks
3. FEMAP modeling workflow for Beam, Plate and Solid (BPS) element
4. Static stress analysis and results interpretation of BPS elements
5. Introduction to Plate and Solid modeling with surface and solid geometry and Mesh Toolbox
6. Introduction to Assembly Modeling: Glued, Contact and Rigid element Usage

Advanced FEMAP + NX Nastran (Two Days)

1. Surface modeling using Manifold and Non-Manifold geometries
2. Advanced surface preparation for high-accuracy Plate modeling
3. Meshing toolbox tips and tricks with Jacobian optimization
4. Building efficient assemblies via efficient Solid modeling (tet & hex elements) and Linear Contact
5. Introduction to linear dynamics (modal analysis tips & tricks)
6. Non-linear analysis: geometric versus material non-linearity and best practices

Customization & Automation of FEMAP (One Day)

1. Automation of results processing via Excel
2. Introduction to FEMAP's macro capability
3. Introduction to FEMAP's API via Custom Tools
4. Programming FEMAP's API