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https://github.com/caeassistant-group/abaqus-vdflux-dflux-subroutines-in-fortran-language-for-welding-simulation

In the project, we modeled welding in Abaqus using VDFLUX subroutine. VDFLUX subroutine is an Abaqus tool, designed for thermal loading in form of body/surface fluxes, as a function of time, coordinates, etc. We have a free blog on our website that delves into the details of DFLUX/VDFLUX subroutines. You can access it through the provided link
https://github.com/caeassistant-group/abaqus-vdflux-dflux-subroutines-in-fortran-language-for-welding-simulation

abaqus cae dflux-subroutine fem finite-element-methods flux fortran heatflux numerical-analysis numerical-methods subroutine vdflux-subroutine welding-processes

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In the project, we modeled welding in Abaqus using VDFLUX subroutine. VDFLUX subroutine is an Abaqus tool, designed for thermal loading in form of body/surface fluxes, as a function of time, coordinates, etc. We have a free blog on our website that delves into the details of DFLUX/VDFLUX subroutines. You can access it through the provided link

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# Abaqus-VDFLUX-DFLUX-Subroutines-in-Fortran-Language-for-Welding-Simulation
In the project, we modeled welding in Abaqus using DFLUX subroutine. VDFLUX subroutine is an Abaqus tool, designed for thermal loading in form of body/surface fluxes, as a function of time, coordinates, etc. VDFLUX subroutine is available for the Abaqus Explicit solver, while its equivalent for the Standard solver is called DFLUX.We also have a free blog on our website that delves into the details of DFLUX/VDFLUX subroutines. You can access it through the provided link.



As shown in the figure below, the objective of this problem is to use DFLUX to analyze the welding between two plates, and the corresponding INP file is also attached.