🎯 Mission & Philosophy
ThermoFluidCalc was founded with a straightforward mission: to make validated, rigorous scientific solvers instantly accessible without paywalls, sign-up requirements, or bloated JavaScript libraries.
From shock wave aerodynamics ($\theta$-$\beta$-M, Rankine-Hugoniot) and near-wall mesh resolution ($y^+$, Prism inflation, ASME V&V 20 GCI) to multi-phase IAPWS-IF97 steam thermodynamics, each solver combines robust analytical formulation with interactive real-time visualization.
⚡ Fortran Backend & Zero-CDN Native Canvas
All backend numerical routines are authored in Fortran 90 / 2008 with IEEE-754 double precision (`real(8)`). Front-end graphics are rendered with zero external JavaScript charting libraries using pure HTML5 Canvas for instant 0ms latency and 100% immunity to browser tracking blockers.
🎓 How to Cite ThermoFluidCalc in Academic Work
If you use ThermoFluidCalc solvers in academic papers, technical reports, master theses, or peer-reviewed journal publications, please use the following citation formats:
✉️ Technical Feedback & Solver Requests
We actively welcome technical feedback, peer validation audits, and requests for new analytical or CFD solvers.
Contact our scientific team directly at: contact@thermofluidcalc.com