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  • Sale! Temperature contour of laser welding simulation in Abaqus using the CIN model
    🔥 Welding Simulation

    Abaqus Laser Welding Simulation of Steel Plates Using CIN Model

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    Original price was: $ 20,0.Current price is: $ 9,0. Add to cart

    Simulate laser welding of two steel plates without filler material in Abaqus using the CIN volumetric heat-source model. This package includes the Abaqus CAE file and Fortran user subroutine for the laser heat-source implementation, providing a practical starting point for research, thesis, and engineering welding simulations.

  • Sale! Abaqus temperature visualization of transient cooling with a convection boundary condition
    💻 Python Automation

    Abaqus Transient Convection Heat Transfer Script with FILM Subroutine

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    Original price was: $ 20,0.Current price is: $ 5,0. Add to cart

    Complete Abaqus project for transient convection heat transfer using a temperature-dependent FILM subroutine, including Python, CAE, INP, and Fortran files. Useful for cooling and welding simulations.

  • Sale! Initial temperature field of a welded pipe before cooling analysis in an Abaqus transient heat transfer simulation.
    🎁 Free Downloads

    Abaqus Welded Pipe Heat Transfer Simulation | SUS304 Script

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    Free Download Add to cart

    Complete Abaqus project for transient cooling analysis of a butt-welded SUS304 pipe using a FILM user subroutine and thermal radiation. Includes Python script, CAE, INP, Fortran source code, and PDF tutorial.

  • Sale! Temperature in welding simulation of an ellipsoidal pipe in Abaqus.
    🔥 Welding Simulation

    Abaqus Welding Simulation with DFLUX: Elliptical Heat Source Path

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    Original price was: $ 50,0.Current price is: $ 25,0. Add to cart

    Abaqus welding simulation with a DFLUX Fortran subroutine for a moving heat source along an elliptical path. Includes CAE, INP, and Fortran files.

  • Sale! Three-layer metal additive manufacturing model in Abaqus
    🔥 Welding Simulation

    Metal Additive Manufacturing Model in Abaqus | Three-Layer with Moving Heat Source

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    Original price was: $ 30,0.Current price is: $ 15,0. Add to cart

    Ready-to-use Abaqus model for three-layer metal additive manufacturing with a moving DFLUX heat source. Includes Fortran subroutine, CAE, and INP files.

  • Sale! Single Pass Welding Simulation of ASTM-36 Steel Plate | Goldak Double Ellipsoid Heat Source Model for Abaqus CAE & DFLUX Subroutine
    🔥 Welding Simulation

    Single Pass Welding Simulation of ASTM-36 Steel Plate | Goldak Double Ellipsoid Heat Source Model for Abaqus CAE & DFLUX Subroutine

    Rated 0 out of 5
    Original price was: $ 20,0.Current price is: $ 8,0. Add to cart

    Complete Abaqus/Standard package for single pass welding simulation of ASTM-36 steel plate. Includes CAE model and DFLUX subroutine implementing the Goldak double ellipsoid volumetric heat source. Pre-configured for straight weld along +Z, source centered on top surface. Ideal for residual stress, distortion, and thermal analysis of thin-section structural steel welds. Ready-to-run with fully parameterized inputs.

  • Sale! Single-Pass Welding Simulation in Abaqus Using Birth and Death Method
    Abaqus Projects

    Single-Pass Welding Simulation in Abaqus Using Birth and Death Method

    Rated 4.67 out of 5
    Free Download Add to cart

    Learn to accurately simulate the thermo-mechanical process of single-pass welding on a flat plate. This step-by-step guide teaches you how to use the “Birth and Death” (Element Activation) technique to model material deposition and implement a custom Fortran DFLUX subroutine to define your moving heat source. Perfect for predicting welding-induced distortions and residual stresses with professional accuracy.

  • Sale! Temperature distribution at the end of the welding process along a spiral path in Abaqus.
    🔥 Welding Simulation

    Welding Simulation Along a Spiral Path Using DFLUX in Abaqus

    Rated 5.00 out of 5
    Original price was: $ 120,0.Current price is: $ 50,0. Add to cart

    Learn how to model a moving heat source along a spiral path in Abaqus using the DFLUX subroutine. This downloadable package includes the CAE model, INP file, Fortran code, and a step-by-step PDF tutorial for transient welding heat transfer analysis.

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