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Heat thermal Abaqus
Abaqus HEAT transfer
HomeBeginners Thermal Heat Transfer in Abaqus

Thermal Heat Transfer in Abaqus

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

€ 120

This package is related to Thermal Analysis in Abaqus. This package helps Abaqus users to simulate professionally.

In general, Abaqus can solve the following types of heat transfer problems (For thermal and thermo-mechanical problems):

  • Uncoupled heat transfer analysis 
  • Sequentially coupled thermal-stress analysis
  • Fully coupled thermal-stress analysis
  • Adiabatic analysis

 

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Description

You can find complete information about thermal analysis in ABAQUS. If you do not provide enough information about the different thermal studies, this package helps you understand this concept’s theory. This training package includes various workshops to teach in-depth.

One of the most rampant phenomena in the universe is heat transfer. Heat transfer can cause changes in mechanical characteristics. Heat transfer analysis can be divided into two types: consistent or transient. In this lesson, the settings and tips of these two analyses with examples are discussed.
Then, mechanical analyses under the effect of heat transfer analysis will be investigated. In some cases, these analyses (mechanical/ thermal) should become coupled simultaneously and, in some cases, can be performed consecutively. For each one, essential tips and items to detect problem type and usage method with related examples are presented. In the coupled process, hot forging analysis is presented as a workshop.
In some simulations, elements suffer from excessive distortion; In this case, you have to use the ALE technique. This technique is described entirely, and its difference with two methods, Lagrangian and Eulerian, is presented. This technique is used in the hot forging process; complete notes and steps to solve coupled include types of heat transfer, radiation, convection, conductivity, heat production caused by friction, heat production caused by plastic work, and dependency of elasticity and plasticity on heat is described.
In the second workshop, impact analysis is done. In this process, heat has a little time to distribute in the whole matter and, another type of heat transfer named adiabatic will be studied. This type of heat transfer and its applications are discussed thoroughly. The material in this process has used Johnson cook’s law, which mechanical characteristics depend on temperature and strain rate.
A full explanation of this model, along with the steps to implement on software, is described. Other matters in this example are investigating impact time, velocity changes according to the time chart of the bullet, the force, and the resultant torque graph of several elements and nodes.

Preview

  • What do we learn from this package?
  • Teaching plan and Prerequisites and Next steps
  • Package specification

Heat transfer and Coupled temperature-displacement analysis

  • Types of heat transfer analysis
  • What is uncoupled heat transfer analysis and how to use it
  • Heat transfer modes (convection, conduction, radiation)
  • Transient vs steady state analysis
  • What is Sequentially coupled thermal-stress analysis and how to use it
  • What is Fully coupled thermal-stress analysis and how to use it
  • What is Adaptive meshing and its advantages
  • What is ALE Adaptive Meshing and its advantages
  • What is Lagrangian method and its advantages
  • Lagrangian Description
  • What is Eulerian method and its advantages
  • What is adiabatic analysis and how to use it
  • Adiabatic formulas
  • Required material inputs for uncoupled steady state
  • Required material inputs for uncoupled steady state
  • Required step settings for uncoupled steady state
  • Required interaction settings for uncoupled steady state
  • Required load settings for uncoupled steady state
  • Required material inputs for transient thermal analysis
  • Apply different types of heat modes
  • Required step settings for uncoupled heat transfer
  • Results of transient vs steady state
  • Required material inputs for sequentially coupled analysis
  • How to import result of heat transfer analysis as an input of stress analysis inputs for sequentially coupled analysis
  • Settings of modulus in stress analysis
  • How to create rigid spline geometry
  • Usage of axisymmetric element in forge analysis
  • Definition of strain-rate and temperature dependent material
  • Required material inputs for fully coupled analysis for deformable parts
  • Required material inputs for fully coupled analysis for rigid parts
  • Required interaction settings for fully coupled analysis
  • What is thermal conductance and how to apply it
  • Required inputs in edit attribute for fully coupled analysis
  • Required outputs in step module for fully coupled analysis
  • Abaqus Settings for ALE Adaptive meshing
  • How to show Axisymmetric model as a full model
  • What is Johnson-Cook plasticity and its formula
  • How to define Johnson-Cook plasticity
  • How to calculate equivalent force during impact
  • Plot velocity vs time of impactor
  • Effect of time period in impact analysis
Additional information
Included

.inp, video file

language

English

Package Type

Training

Software

ABAQUS 2017

Subtitle

English

Tutorial video duration

+90 minutes

Level

Intermediate

Software Version

Applicable to all versions

Reviews (1)

1 review for Thermal Heat Transfer in Abaqus

  1. Rated 5 out of 5

    Flavio Romano – March 25, 2022

    It is really good. In my project, I want to simulate the heat flux which has a complex function depending on element number, time, coordinate and other parameters. How can I do that?

    1 product
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SKU: AH7011 Categories: Beginners, Heat Transfer Tags: ABAQUS, abaqus toturial collections, Thermal analysis
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