FEA Rooft Rafter Stability

By: Lukasz Skotny
On-Demand

FEA Rooft Rafter Stability

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About the course

This course examines roof rafter stability, introducing stability design and Linear Bifurcation Analysis (LBA). It covers geometry, supports, loads, meshing, and critical bending moment calculations. The course also explores bracing effects, model development, and verification of assumptions about bracings, concluding with insights on stability design.

On-Demand
1hr 37 mins Content
1 PDH Credit
English
SPC601M12

Meet your instructor

Instructor

Lukasz Skotny

Finite Element Analysis

Who should attend this course

• Professionals of various industries involved with the execution of FEA projects.
• Those managing or overseeing FEA related work that need to be able to provide judgement about the assumptions and choices made.

Prerequisites

• Technical background is required.
• Basic experience with Finite Element Method software is beneficial.

Program & Details

FEA Rooft Rafter Stability

1. Roof rafter stability
2. Introduction: Stability design
3. Introduction: LBA
4. Introduction: LBA settings
5. Geometry
6. Supports / Loads / Mesh
7. Initial stability conclusions
8. Critical bending moment calculation
9. Critical bending moment in desing
10. Bracing influence on stability
11. Developing model further: Part 1
12. Developing model further: Part 2
13. Verifying assumptions about bracings