For the first time in the country, the Center for ABAQUS Advanced Engineering and Design of BSB company offers:
Conducting Abaqus software courses in accordance with the Dassault Systems course
Abaqus Introductory Software Training Course:
abaqus Course headings:
- Introduction to Finite Element Method (FEM)
- Introducing Modules
- Software Modeling
- Application and Difference of Solvents
- Introduction to materials models
- Introduction to elements used in any analysis
- Run the simulation
- Troubleshooting the model, capturing the output, and analyzing the results
- Run a variety of examples
- tensile test
- Truss Analysis
- Composite modeling
- metal shaping
- Introducing the company’s past projects
buckling and post-buckling:
In some designs, buckling and post-buckling is a critical criterion. For example, when a car crashes, certain components of that hood must be deformed to absorb the maximum amount of energy. Also, any buckling in structures such as thin-walled shells or pressure vessels should be predicted. The following items will be discussed at this meeting.
- Definition of fault in the model of a structure
- Effective Use of the Riks Method
- Using attenuation to control unstable motions
Specialized course on quasi-static Simulations:
Used in metal forming
- Definition of quasi-static simulation
- Simulation of quasi-static simulations using explicit solver
- Mass Scaling
Specialized course in Geometry Transfer and Meshing
Usually, the models created in CAD software have problems when logging into Abaqus software. These problems are due to various factors such as user error or software incompatibility. This session introduces various techniques for fixing these flaws to mesh a model.
- Geometry troubleshooting and mesh troubleshooting training
- Virtual Topology Training
- Learn how to partition geometry in different spaces and improve mesh
- Teaching meshing techniques
Specialized course in Composite Material Modeling:
The use of composite materials in various industries has grown dramatically in recent decades. These materials are a better choice than metals in some designs because of their high strength to weight ratio and also corrosion resistance. Abaqus finite element software is highly capable of modeling these materials. Some of the topics to be discussed at this meeting are as follows:
- Introduction to Composite Materials
- Modeling of multilayer composites in three different ways
- Definition of different destruction criteria (physical and non-physical)
- Simulation of damage growth and how to remove the element
- Introducing Cohesive Element
- Simulation of delamination in two different ways(Cohesive Element-contact Element)
- Modeling sandwich panels
Specialized course in the simulation of rubber and viscoelastic materials:
This session provides an overview of the major deformations and models of materials used in rubbers and foams. Foams and rubbers are widely used in various industries such as tire making, gasket making, insulation materials, and energy absorbers. The mechanical and chemical properties of these materials make them a very good thermal, compressive, and moisture insulator. This meeting will cover:
- Introduction to Hyperelastic and Viscoelastic Materials
- Use of empirical information to calculate material properties
- Investigating the stability of the material model in large strains
- Obtain the best possible constants of matter from the corresponding test values
- Choosing the right element for modeling rubber and foam
- Viscoelastic Behavioral Modeling in Frequency and Time Domains
- Use a sub-program to define hyperplastic behavior
Specialized course on contact modeling :
There are different contact rules to define interactions between levels. This session outlines how to properly simulate contact between different materials and structures. Some of the items examined are as follows:
- Introduction to Contact Theory
- Contact modeling techniques and tricks
- Contact Types
Specialized course simulating damage and destruction in materials
Destruction and damage behavior should be considered when designing a structure. Materials under different loading conditions exhibit different degradation behavior. In this session, damage and destruction of materials and their modeling are discussed.
Specialized course simulating damage and fracture in materials
Destruction and damage behavior should be considered when designing a structure. Materials under different loading conditions exhibit different degradation behavior. In this session, damage and destruction of materials and their modeling are discussed:
- Definition of Damage and Destruction
- Progressive Damage Modeling
- Injury to soft materials (dactyls)
- Growth damage in a matter
Subroutine Specialty Course (Sub-Programming):
Abaqus finite element software has enabled its users to develop mathematical models of various problems by coding in Fortran and C languages. Because the Fortran programming language is simpler, users often use it for coding their problems. This course teaches zero to 100 coding in Abaqus finite element software with different examples.
- Learn Fortran Programming in Visual Studio
- Learn connecting Abaqus and Visual Studio software
- Learn the general rules of using code in Abaqus Finite Element Software
- The difference between implicit and explicit solvers
- Learn troubleshooting on line-by-line code
- Subtitle Rules and Rules in UMAT and VUMAT Subtitle
- Workshop 1: Plasticity with Isotropic Hardening in the UMAT Subprogram
- Workshop 2: Plasticity with kinematic rigidity in the VUMAT subprogram
- Learn sub-Programming in DLOAD
- Learn sub-Programming in USDFLD
- Learn destruction and removal of the element
Professional Scriptwriting Course:
Saberotin is used to execute duplicate commands faster in Abaqus
- Introduction to Python programming language
- Read files generated by the software
- Python programming in Abaqus
- Introduction to PDE module
- Plugin Production Training