Module by module Abaqus Training

 60.0

If you are new to Abaqus software and the topic of finite element analysis, you definitely need to get acquainted with the user interface of this software and the general features of each module.
In this software, we perform different simulation steps in the following different modules and at the end, we receive the analysis results from the software solver.
In this package, you will learn how to work with the software in each module and perform your simulation in each module properly.

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.inps,video files, Fortran files (if available), Flowchart file (if available), Python files (if available), Pdf files (if available)

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language

English

Level

Package Type

Software version

Applicable to all versions

Subtitle

English

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Frequently Bought Together

Module by Module Abaqus + How to use ABAQUS Documentation + + Abaqus Course for beginners - FEM simulation tutorial - FEA simulation + How to write input file in ABAQUS + + Introduction to ABAQUS FEA Training
Price for all: Original price was: € 656.0.Current price is: € 524.8. Save  131.2
Description

Module by module training package of Abaqus


If you are new to Abaqus software and the topic of finite element analysis, you definitely need to get acquainted with the user interface of this software and the general features of each module.
In this software, we perform different simulation steps in the following different modules and at the end, we receive the analysis results from the software solver.
Part Module: You use the Part module to create each part, and you use the Assembly module to assemble instances of the parts.
Property Module:
You can use the Property module to perform the following tasks: define materials, define beam section profiles, and define sections, and Assign sections, orientations, normals, and tangents to parts and other features related to defining various properties.
Assembly module: You can use the Assembly module to create and modify the assembly. The model contains only one assembly, which is composed of instances of parts from the model.

Step Module: You can use the Step module to perform the following tasks: create analysis steps, specify output requests, specify adaptive meshing, and specify analysis controls.

Interaction module: You can use the Interaction module to define and manage the following objects: mechanical and thermal interactions between regions of a model, and analysis constraints between regions of a model. Inertia (point mass, rotary inertia, and heat capacitance) on regions of the model, cracks, springs and dashpots.

Load module: You use the Load module to define and manage the following prescribed conditions: loads, boundary conditions, predefined fields, and Load cases.

Mesh module: The Mesh module contains tools that allow you to generate meshes on parts and assemblies created within Abaqus/CAE.

Job module: You can use the Job module to create and manage analysis jobs and to view a basic plot of the analysis results. You can also use the Job module to create and manage adaptivity analyses.

  • • What is the Part module?
  • • How to create a model?
  • • What are the types of modeling in 3D space?
  • • What are the types of modeling in 2D space?
  • • What is the Axisymmetric modeling?
  • • How to use the sketcher tools?
  • • How to use twist and draft options?
  • • How to add solid features?
  • • How to add shell features?
  • • How to add wire features?
  • • Adding fillet and chamfer.
  • • How to add cut features?
  • • What is the Property module?
  • • How to define material properties?
  • • Explaining different material behaviors.
  • • Creating a section.
  • • Section categories and types.
  • • Assigning section
  • • Describing some toolsets (Composite layup, Assign material orientation, etc.)
  • • What is the Assembly module?
  • • How to import parts in the assembly and create instances?
  • • Difference between dependent and independent instance.
  • • Creating constraints between instances.
  • • How to translate an instance?
  • • How to rotate an instance?
  • • Pattern an instance (Linear pattern and circular pattern)
  • • What is the Step module used for?
  • • What are the different types of steps? (Dynamic Explicit, Heat transfer, etc.)
  • • What is the Field output?
  • • What is the History output?
  • • What is the Interaction module?
  • • How to create an interaction?
  • • Different types of interactions.
  • • Specific interactions for each Step.
  • • How to define interaction properties?
  • • Different types of interaction property. (Contact, Film condition, etc.)
  • • Describing the Contact property options.
  • • What are the types of constraints? (Tie, Rigid body, Coupling, etc.).
  • • How to use contact detection tool?
  • • How to create a connector?
  • • Different types of connector sections.
  • • Specifying connector section behaviors.
  • • What is the Load module?
  • • Describing different types of loads.
  • • Defining different types of boundary conditions.
  • • How to create a Predefined Field?
  • • What is the Mesh module?
  • • What is Seeding, and how to use the Seed tool?
  • • How to use the Seed edges tool?
  • • What is the “Mesh Controls” tool used for?
  • • How to generate mesh?
  • • What is the Job module?
  • • How to create Job and an input file?
  • • Options in the Job Manager window.
  • • Different types of analyses.
  • • Describing tabs in the edit Job dialog box.
  • • How to submit a job?
  • • What is the Visualization module?
  • • How to see the results? (Plot contours tool, Animate tool, etc.)
  • • How to observe Field outputs?
  • • How to observe History outputs?
  • • How to define a new X-Y data diagram?
  • • How to submit a job?
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