
Worked on the SHTARWaRS repository to develop automated tools for hydrogen storage sizing and aircraft power calculation, targeting safer and more cost-effective energy planning in aviation. Leveraged Python and the CoolProp library to support multiple hydrogen storage methods, including combustion engine, fuel cell, compressed, and liquid systems, enabling accurate cruise power estimation based on aerodynamics and weight. Enhanced tank design analytics by adding a parahydrogen phase diagram, expanding vent pressure ranges, updating tank property data, and introducing torispherical head sizing. Improved data visualization and reporting through updates to tank_results.csv, supporting more precise engineering reviews and scientific computing workflows.
May 2025 monthly summary for huciupaul/SHTARWaRS: Focused on delivering automated hydrogen storage sizing and tank design tooling, and expanding analytics to support safer and more cost-effective aircraft energy planning.
May 2025 monthly summary for huciupaul/SHTARWaRS: Focused on delivering automated hydrogen storage sizing and tank design tooling, and expanding analytics to support safer and more cost-effective aircraft energy planning.

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