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 # Additive Manufacturing of High Entropy Alloys
 
 This is a very pragmatic git, part of doctoral thesis on modeling laser based additive manufacturing processes with high entropy alloys. It only includes pythons scripts that utilizes other open-source computational tools, that are NOT included as submodules. git.ignore includes all drafts, figures, results and output files. 
 
-{img (https://photos.google.com/search/_tra_/photo/AF1QipMgueLSNdtmnfdGmtYR-EVGq0iOHH0i3ArUlicn}
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 Bash scripts are in the directories they are suppose to be ran. One common .sh file rans part geometry and thermal model simultaneously. Ideally, it should be ran once as the thermal model is computationally very expensive. Mechanical model is used in a parametric analysis, the relevant bash script is within its directory and can be run repetitively (though it is quite expensive as well).
 
 # Directories
 
 Each directroy has its own README file that includes directives. 
 
 ## Part Geometry
 
 Code for the creation, layering and discretization of the part geometry. Utilizes FreeCad and gmsh and runs in a specific Conda environment that satisfies these package requirements. 
 
 ## Thermal Model
 
 Code for the thermal model. Simulation of a laser heat source scanning the part layer by layer. Utilizes a local and specific version of Fenics, runs in a specific Conda environment that satisfies these package requirements and requires the part geometry code to be succesfull ran at least once.
 
 ##  Mechanical Model
 
 Code for the mechanical model. Simulation of the elasto-plastic response of thermally loaded geometry during the manufacturing process. Utilizes [$\mu Spectre$](https://gitlab.com/muspectre/muspectre), runs in a specific (same or different than of Thermal Model's) Conda environment that satisfies its package requirements and requires the thermal model code to be succesfull ran at least once. muSpectre should be build pointing to the same Python instance as the Conda environment's.