Description: Simple python application based on finite-element-method approach to solve elasticity problems on rigid solids subjected to external force. Tasks covered are:
Parsing data of mesh and material definition from an input file.
The solution of a linear system and the construction of the stiff matrix handle 3D-elasticity cases using Gauss quadrature.
New nodes position and strain are plotted.
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Description: Automated postprocessing routine combining bash scripting and python scripts. Tasks covered are:
Data extraction from OpenFOAM's solution folders via file-parsing and use of ParaView without GUI.
Analysis on the field variables and computing statistics: volume-average values, minimum and maximum, turbulent intensity, wind shear exponent, difference between values.
2D Graphic plotting: standarized contours and line graphics per targets.