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Autodesk Inventor 2020 + 2021 - Belastungsanalyse (FEM)

Master FEA in Inventor! Advanced course for stress analysis. Learn to simulate and optimize designs for real-world performance.

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4.6(41)
311students
4h 21m
Certificate
Christian Schlieder
Christian SchliederCAD-Autor und Dozent

Course Content

Autodesk Inventor 2020 + 2021 - Belastungsanalyse (FEM) is an advanced Udemy course taught by Christian Schlieder. It runs 4h 21m, is taught in German, and includes a certificate of completion. Learners rate it 4.6 out of 5 from 41 reviews, with 311 students enrolled. It is a paid course, last updated July 2020.

Simulate Bauteile & Baugruppen mit FEM in Autodesk Inventor

Discover how to leverage Finite Element Method (FEM) analysis within Autodesk Inventor to gain critical insights into the structural mechanics of your parts and assemblies. This powerful technique allows you to simulate behavior under load, identify potential weak points, and optimize designs during the design phase itself.

Key Capabilities:

  • Structural Analysis: Simulate the structural behavior of components under defined loads and supports, at specific points in time.
  • Parametric Studies: Explore design variations by running simulations with changing variables.
  • Modal Analysis: Analyze the natural frequencies of components to prevent resonance issues.
  • Topology Optimization: Achieve minimal mass designs by removing material from components without compromising stability. The software calculates optimal material removal strategies based on applied loads and constraints.
  • Load & Constraint Management: Easily define and manipulate single-point studies, parametric studies, and modal analyses.
  • Dynamic Simulation Integration: Seamlessly transfer parameters from dynamic simulations to the FEM environment.
  • Constraint & Load Placement: Precisely position and modify constraints, forces, torques, and pressures.
  • Mesh Generation & Refinement: Generate and refine high-quality finite element meshes for accurate results.
  • Surface Precision: Fine-tune component surfaces for optimal simulation accuracy.
  • Contact Properties: Manage and customize contact behavior between component surfaces.
  • Thin-Walled Component Analysis: Specifically address the unique challenges of analyzing thin-walled parts.
  • Deformation Visualization: Create, animate, and record component deformations for clear understanding.
  • Form Generator: Utilize the form generator for topology optimization of components.
  • Export Simulation Results: Export simulation data for further analysis and reporting.

Software Compatibility:

These learning videos were created using Autodesk Inventor 2020, but are fully applicable to versions up to and including 2021.

This content is ideal for engineers, designers, and anyone looking to improve the structural integrity and optimize the design of their mechanical components using Autodesk Inventor's FEM capabilities.

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