SPH@Manchester
Research Internship at the University of Manchester (June - July 2024) under the supervision of Prof. Benedict Rogers
During my internship, I worked with DualSPHysics, the open-source software developed by the research group.
I identified areas for improvement in the existing mixing measurement tools created by Dr. Georgina Reece and modified the C++ code on Visual Studio 2022 to enhance its functionality.
These modifications expanded the tool's applicability beyond its original nuclear vitrification use to other test cases including those with a free surface and dynamic fluid flow.
I also enabled the code to process CSV files with various delimiters and formats and integrated support for forward & backward Finite Time Lyapunov Exponents, Volume Fraction, and the Robinson Mixing Measure.
All plots below were made on ParaView and MATLAB
Below are results obtained from the modified code for a dambreak test case. All plots were made on ParaView and MATLAB.