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Autokeeler Plugin for Abaqus
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Autokeeler Plugin for Abaqus

$ 0.00

The Autokeeler plugin allows to the user to create forming limit curves (FLC) based on Keeler-Goodwin laws or directly by defining the point list. The FLC is assigned to the material selected on FLD Damage. For FLCs based on Keeler-Goodwin, the material selected must have an elastoplastic definition.

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SKU: 1000-2 Categories: Abaqus, Abaqus Plug-ins
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Description
Create forming limit curve (FLC) by

Autokeeler Plugin for Abaqus

+ HTML & PDF documentation

The Autokeeler Plugin

The Autokeeler Plugin helps the user to create Forming Limit Curve (FLC) curves used for Forming limit diagram (FLD) damage criteria in Abaqus. The Autokeeler Plugin implements three ways to create the FLC:

  • Based on Keeler-Goodwin law
  • Based on the modified Keeler-Goodwin law
  • User input data

Is a good complement to define material properties for metal forming simulations, like bending simulations coming from the Bending Pipe plugin.

Why the Autokeeler plugin is developed?

From a feasibility point of view, during the metal forming process, it is critical, to the capacity of the metal to resist large strains. Thus, predicting the necking instability is the key to determining damage initiation and to having a good simulation.

One of the criteria most used is FLD Damage initiation. The restriction of this criterion is that the strain’s path should be linear. The shape of the curve based on Keeler-Goodwin is the most used but is not valid for all metals.

The Keeler-Goodwin formulation has been implemented in The Autokeeler Plugin for Abaqus users to create quickly the FLD taking the elastoplastic definition of the material.

What is the FLD criterion?

The FLD was introduced by Keeler and Backofen (1964) and is used as a continuous damage mechanism criterion due to necking instability in sheet metal forming simulation. The disadvantage is that the strain paths should be linear. For more information on this criterion, read section 24.2.2 of the Abaqus Analysis User’s Guide in the Abaqus documentation.

Who this plugin is for:

  • Engineering or science students and professionals who need to use the FLD criterion of Abaqus to solve metal-forming simulations
  • Advanced students, Ph.D. students, or researchers who need to do metal forming simulations and apply the Keeler-Goodwin laws in their projects
  • Any Abaqus Application Engineer who is involved with various simulation projects on a daily basis

What you’ll gain

  • You will be able to create forming limit curves (FLC) based on Keeler-Goodwin laws or directly by defining the point list.

How to find us

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Phone: (+98)51-35424520
Email: info@BanuMusaGr.com
We are ready to help you do CFD & FEA simulations.

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Additional information
Software

Abaqus FEA

Type

Abaqus Plugin

Level

Elementary

Files

Abaqus files: *.rar

Documentation: HTML/PDF

Language

English

Category

Metal forming

Solver

Explicit, Standard

Material

All

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Content
 

Contents

  • Abaqus files: *.rar
  • Documentation: HTML/PDF

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  • Industry
    • Automotive in the world
    • Marine & shipbuilding Industry
      • Design of floats and offshore structures
      • Floating Ballast Water Management
    • Aerospace
    • Oil and Gas
    • Materials and Processes ( forming )
    • rail & railway simulation
    • Inspection
      • Hydrogen Induced Cracking(HIC)
    • Modeling and simulation of earthquakes in Abaqus software
      • Geotechnical engineering
      • Structural and earthquake engineering
    • Tire making
  • our solution
    • Numerical Simulation and Analysis
      • Materials
        • Analysis of polymeric materials
        • Material Calibration
        • Elastomers and rubbers
        • What is Computational Material Design | Introducing Abaqus software
        • Micromechanical
      • Modification of geometry and network production
      • Multi-physics modeling
      • Simulation and impact testing
      • Finite Element Analysis (FEA)
      • What is Computational Fluid Dynamics (CFD) | How To Do computational Fluid Dynamics
        • Wind tunnel test
      • Heat/mass transfer
      • Coupling engineering software
      • Fatigue and failure
      • Vibration analysis
      • Buckling, post-buckling, collapse
      • Meshfree element method
      • Acoustics and noise
    • Design and drawing
      • design by rule
      • Preparation of technical specifications for parts
      • redesign
      • Design and manufacture of composite parts
      • Design and analysis of industrial mold
      • Design of recreational and amusement facilities
      • Elevator design
      • Pipeline design
    • Testing and calibrating materials
      • Mechanical tests
      • Calibration of materials | How to calibration material in Abaqus
    • Failure Analysis
      • Failure analysis of materials and constructions
      • FMEA
    • Reliability and safety
      • Fitness-for-Service Analysis with Abaqus
      • Risk-based inspection (RBI) | rbi inspection| risk based inspection consulting
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      • WCM Plugin | Wound Composite Modeler for Abaqus
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  • Industry
    • Automotive in the world
    • Marine & shipbuilding Industry
      • Design of floats and offshore structures
      • Floating Ballast Water Management
    • Aerospace
    • Oil and Gas
    • Materials and Processes ( forming )
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    • Modeling and simulation of earthquakes in Abaqus software
      • Geotechnical engineering
      • Structural and earthquake engineering
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  • our solution
    • Numerical Simulation and Analysis
      • Materials
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        • Wind tunnel test
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      • Fatigue and failure
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      • Acoustics and noise
    • Design and drawing
      • design by rule
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