What is Abaqus software? — From applications to learning paths and resources
rose roofing: Abaqus software is one of the most well-known computer-aided engineering software and one of the most powerful finite element analysis tools. This software is usually used for nonlinear analysis of materials under static, quasi-static and dynamic conditions. Abaqus is usually used in research works and in industries such as aerospace, automobile manufacturing, construction of industrial and civil equipment (structures, geotechnics and roads). The diverse and unique behavioral models in this software make it one of the best finite element analysis options. In this article, we introduce Abaqus software and its applications in different fields. In the following, while teaching the user interface of this software, we will examine its differences with Ansys software (the main competitor of Abaqus).
Table of contents of this article
What is the Abaqus program?
What are the environments in the Abaqus collection?
What are the applications of Abaqus software in engineering?
What is the user interface of Abaqus software like?
What formats does Abaqus support?
What are the learning resources of Abaqus software?
What is the difference between Abacus and Ansys?
Frequently asked questions about Abaqus software
What is the Abaqus program?
“Abaqus Unified FEA” (Abaqus Unified FEA), is the name of a computer-aided engineering (CAE) and analysis based on finite element (FEA) methods. In previous years, this software suite was known as “ABAQUS”. The term “Abaqus”, derived from the word “Abacus”, means “abalone”. The Abaqus logo also displays an abacus. The development of Abaqus software is carried out by the “SIMULIA” software company. For this reason, this software is also known as “Simulia Abacus”.
Click here to view the beam analysis sample image in larger dimensions.
Simulia Company is one of the subsidiaries of the famous “Dassault Systèmes” company. Software such as Catia and Solidwork are well-known products of Dassault Systèmes in the field of computer-aided design (CAD), computer-aided engineering (CAE) and computer-aided manufacturing (CAM). The good reputation of this company in developing powerful software is one of the many reasons why Abaqus is popular with students and engineers.
What is the use of Abaqus software?
Abaqus program is used in modeling, simulation and finite element analysis of engineering problems. One of the main uses of this software is to use it as a tool to conduct academic research on various engineering issues. For this reason, Abaqus software is very popular among students, professors and engineers of research and development units.
In general, Abacus can be used in automotive, aircraft (aerospace), petrochemical, biological, civil (structural engineering), industrial equipment, product packaging, electronics, and advanced equipment manufacturing industries.
ABAQUS finite element analysis software training video – introductory course
click
What are the analysis options in Abaqus software?
The Abaqus program provides users with many options for performing different analyses. The analytical capabilities of this software depend on the version used by users. For example, the full version of Abaqus (Abaqus/CAE) includes all the analytical capabilities of this software, such as acoustic, joint, damage, cracking, and failure analyses.
Crack propagation analysis in Abaqus environment
Among the analysis options in Abaqus, the following can be mentioned:
Static stress/displacement analysis
Stress/displacement dynamic analysis
Steady motion analysis
Thermal stress analysis
Analysis of electromagnetic waves
Analysis of stress and fluid flow
Crime penetration analysis
Analysis of vibration and acoustic waves
Analysis of dynamic events with transient response
Analysis of highly nonlinear behaviors
Eulerian-Lagrangian analysis
Analysis of quasi-static events
Discrete element analysis
Eulerian analysis
Hydrodynamic analysis of smooth particles
The primary goal of developing Abaqus software was to provide a powerful solution for analyzing the nonlinear behavior of materials. For this reason, today this software uses very wide behavioral models. One of the reasons why researchers want to use Abaqus is this feature. Behavioral models of elastomeric materials are considered among the best behavioral models available in Abaqus.
In relation to general to specialized tools and capabilities of the Abaqus program, Faraders has prepared a series of comprehensive and practical educational videos with the help of experienced professors. Watching these videos can help you acquire skills and master Abaqus.
Click here to view Abaqus software training video collection.
What are the steps of working with Abaqus software?
Working with the Abaqus program is done during three general stages: pre-processing or modeling, finite element processing or analysis, and post-processing or output (report, image, animation, etc.). The steps of working with Abaqus can be written as follows:
Create file for new model
Define model geometry
Definition of material specifications
Define profiles
Assignment of profiles
Determining the type of model (dependent or independent)
Model meshing
Select the type of analysis
Apply boundary conditions
Determination of loads
Perform analysis
get output
What is the minimum system required to install and run Abaqus software?
The minimum hardware and software specifications required to install and run the Abaqus program are slightly different in each version. Abaqus 6.14 is one of the most popular and widely used versions of Abaqus. This stable version contains almost all the tools needed to run the project
No comment