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Cristopher-Morales

PROFILE

Cristopher-morales

During January 2025, Carlos Morales Ubal focused on improving turbulence modeling in the su2code/SU2 repository by addressing the accuracy of turbulent kinetic energy (TKE) calculations for supersonic inlet boundary conditions. He replaced a placeholder-based TKE implementation with a method grounded in turbulence intensity and velocity, enhancing the physical realism of simulations. Working primarily in C++ and applying his expertise in computational fluid dynamics and computational physics, Carlos’s changes improved the reliability of high-speed boundary-condition predictions and downstream results. His work demonstrated careful, physics-based debugging and maintenance, contributing depth and precision to the SU2 codebase’s turbulence modeling workflows.

Overall Statistics

Feature vs Bugs

0%Features

Repository Contributions

1Total
Bugs
1
Commits
1
Features
0
Lines of code
7
Activity Months1

Work History

January 2025

1 Commits

Jan 1, 2025

January 2025 monthly summary for su2code/SU2: Key features delivered: TKE calculation accuracy fix for supersonic inlet boundary conditions. Major bugs fixed: replaced a placeholder-based TKE implementation with turbulence intensity and velocity-based computation, improving physical realism. Overall impact: more accurate turbulence predictions for supersonic inlets, increasing reliability of high-speed boundary-condition simulations and downstream results. Technologies/skills demonstrated: physics-based debugging, turbulence modeling, careful commit-driven changes, and maintenance of SU2 boundary condition workflows.

Activity

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Quality Metrics

Correctness80.0%
Maintainability80.0%
Architecture60.0%
Performance60.0%
AI Usage20.0%

Skills & Technologies

Programming Languages

C++

Technical Skills

CFDComputational Physics

Repositories Contributed To

1 repo

Overview of all repositories you've contributed to across your timeline

su2code/SU2

Jan 2025 Jan 2025
1 Month active

Languages Used

C++

Technical Skills

CFDComputational Physics

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