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Multiple Step Analysis in Abaqus -tutorial- banumusa-
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ABAQUS Tutorial: Multiple Step Analysis

Rated 5.00 out of 5 based on 1 customer rating
(1 customer review)

$ 65.00

In this training video, you will learn how to transfer the results of heat transfer analysis, such as thermal stress, from the Abaqus/standard to impact analysis in Abaqus/explicit as an initial condition. You will learn the limitations, and technical tips in modeling, as well as a practical example of low-velocity impact analysis on a composite plate.

Lecture notes (PDF)
Abaqus tutorial video (*.mp4)
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Description
How to transfer results from Abaqus/Standard to Abaqus/Explicit?

ABAQUS Tutorial: Multiple Step Analysis

1- Transferring Results Between Abaqus/Explicit And Abaqus/Standard
1-1- Defining Initial Stresses Using Stress Output From A User-specified Output Database File
1-1-1- Importing Data From An Output Database File

What is Multiple Step Analysis?

Multiple step analysis is an analysis approach used in finite element analysis (FEA) software. It involves performing the analysis in multiple sequential steps that represent different stages of loading or phenomena. This allows the model to simulate time-dependent processes in a step-wise manner.

Some examples of when multiple step analysis is useful:

• Applying loads gradually over time – Instead of applying all loads at once, you can apply them in steps to more accurately simulate how loads develop in reality.

• Simulating transient loads – Loads that vary with time, like impact or impulse loads, can be applied in multiple steps to capture the time-varying nature.

• Modeling time-dependent material behavior – Materials like concrete, polymers, and composites exhibit time-dependent behavior under load. Multiple step analysis allows the material properties to be updated at each step to reflect this.

• Simulating temperature changes over time – Temperature loads can be applied in steps, with the material properties updated accordingly at each step.

• Modeling damage evolution – Damage mechanics models require the damage parameter to be updated at each step based on the cumulative damage. Multiple step analysis facilitates this.

• Integrating with external/internal solvers– Nonlinear analysis often requires iterating between FEA and different external/internal solvers. Multiple step analysis allows data to be exchanged between steps.

What you’ll learn in multiple step analysis

  • How to transfer analysis results from Abaqus/standard to Abaqus/explicit
  • How to do a sequentially coupled thermal-stress analysis in ABAQUS
  • How to define stress, strain, &, etc. as an initial condition in Abaqus
  • How to do multi-step analysis in Abaqus
  • How to define laminated composite materials
  • How to define initial condition by ODB file
  • how to perform heat transfer analysis
  • How to perform impact analysis
  • How to create rigid bodies
  • How to create a *.res file

Multiple-step analysis package motivations

  • In analyses such as fire analysis, it is necessary to use temperature and stress results in the next analysis as initial conditions.
  • Simulate a preloading phase where the capabilities of ABAQUS/Explicit are not needed (no contact, etc.).
  • Simulate further forming steps after an intermediary spring back phase.
  • Simulate a transient event after steady-state conditions have been found (e.g., with a steady-state transport simulation).

Who this course is for

  • Civil and mechanical engineers who need to perform multiple-step analysis
  • Advanced students, Ph.D. students, or researchers for their Abaqus FEA projects
  • Any Abaqus Application Engineer who is involved with various FEA simulation projects on a daily basis

What you’ll gain

  • You will be able to perform multiple-step analysis  by Abaqus
  • You will be able to improve your ability to use Abaqus solvers (standard, explicit, etc.)
Multiple Step Analysis in Abaqus -tutorial- BanuMusa -Abaqus consultancy

The purpose of this Abaqus tutorial video is to learn how to apply thermal stresses resulting from heat transfer analysis of a composite material as an initial condition for dynamic explicit impact analysis.

Introduction

Money-Back Guarantee

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Money back gold guarantee - BanuMusaWe’re fully confident in the value and reliability of the product. If for any reason you are not completely satisfied, email us at info@BanuMusaGr.com within 48 hours of your purchase for a full refund.

Additional information
Software

Abaqus FEA

Type

Abaqus tutorial

Level

Advanced

Files

Abaqus files: *.cae, *.jnl, *.inp, *.odb
Video: *.mp4, *.srt
Documents: *.pdf

Language

English/Persian

Category

Coupled Analysis (1-way)

Solver

Coupled, Temp-Disp
Dynamic, Temp-Disp, Explicit

Material

Laminated composite material

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All products available on the website come with a guarantee of customer satisfaction. The products can be used immediately after purchase through the download link. There is also online consulting for all customer reassurance products.
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Content
In this Abaqus tutorial training package, in addition to step-by-step training on using the results of the thermal analysis as an initial condition for impact analysis, you will learn general information and useful tips & tricks about this method and the limitations it may have.

Overview

  1. Introduction
  2. Heat Transfer Analysis
  3. Low-Velocity Impact Analysis
  4. Additional Import Modeling Issues
  5. Limitations

Contents

Lecture notes (PDF) Abaqus tutorial video (*.mp4) 15-day money-back guarantee   Free 24/7 online mentoring

1 review for ABAQUS Tutorial: Multiple Step Analysis

  1. Rated 5 out of 5

    Prateek M – 2 August 2021

    BanuMusa is the best place for abaqus learning. They will explain you the all steps and related theory behind it. The method of teaching is very good. They provide the learning resources. I recommend this product and other training of Banumusa. Thank you for the entire team of BanuMusa

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