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.

Volume Fraction

Robinson’s Mixing Measure

Backward Finite Time Lyapunov Exponent

Forward Finite Time Lyapunov Exponent

Previous
Previous

V6 Engine

Next
Next

Fire Hose Advancer & Kink Preventer