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Course 4: Cantilever Beam Practice


Description

In this instructive course you will learn how to use Akselos Modeler, the simulation software of Akselos Integra, to build solid Cantilever Beam with Overhang Structure models and perform analysis on these models.


Audience:

Design / Simulation Engineers: a tailored course for you if you’ll use Akselos Modeler to build simulation models.


Prerequisite:

Access to Customer Training Library on Akselos Dashboard.


Learning Objectives:

By the end of this course, you will be able to:

  • Grasp the general Akselos Workflow as illustrated through the most common model - Cantilever Beam Problem.
  • Comprehend the mesh format required for import into the Akselos Modeler.
  • Construct a solid Cantilever Beam model within Akselos Modeler then execute Component Training, RB FEA and FEA solves for Static Structural & Modal Analysis on this model.
  • Re-use components to assemble a solid Overhang Structure model within Akselos Modeler then carry out RB FEA and FEA solves for Static Structural Analysis on this model.


    Level:

    Basic.


    Duration:

    45 minutes.


    Learning Asset:

    Course.


    Related Content:

Content
  • 4.1 Course Outline
  • 4.2 Introduction to the Problem
  • 4.3 Pre-Processing
  • 4.4 Creating & Importing Collection
  • 4.5 Assembling & Checking Model
  • 4.6 Applying Boundary & Load Conditions
  • 4.7 Create Solvers & Run FEA Solve
  • 4.8 Perform Training
  • 4.9 FEA, RB FEA Solve & Compare solutions
  • 4.10 Summary & Further Study
  • Proof of Practice: RB FEA solution of the model
  • Post-Course Survey
Completion rules
  • All units must be completed