Ideal gas processes, Carnot efficiency and COP, conduction, convection and radiation, heat exchangers, mixing, water vapor pressure and thermal expansion.
payments ON MAINNET (real money) · 8 live endpoints
| Endpoint | Price | What it answers |
|---|---|---|
GET /carnot-efficiency | $0.02 | Carnot limit for a heat engine, refrigerator and heat pump from hot and cold absolute temperatures, with work and heat flows. |
GET /conduction-heat-transfer | $0.03 | Steady conduction heat flow through a slab or cylinder wall of layers in series, with R-values and interface temperatures. |
GET /convection-radiation | $0.02 | Newton convection, Stefan-Boltzmann net radiation with emissivity, the radiation coefficient and combined heat loss. |
GET /heat-exchanger-lmtd | $0.03 | Heat exchanger LMTD (counterflow or parallel) with duty and area, or counterflow effectiveness-NTU outlet temperatures. |
GET /ideal-gas-process | $0.03 | Ideal gas isothermal, isobaric, isochoric or adiabatic process: final state, work, heat and internal energy change. |
GET /saturation-pressure-water | $0.02 | Saturation vapor pressure of water from 1 to 100 C by Antoine and Magnus equations, or the boiling point at a pressure. |
GET /specific-heat-mixing | $0.03 | Final temperature of mixed masses (water, ice, steam, solids) with specific heats and water latent heats of fusion and boiling. |
GET /thermal-expansion | $0.02 | Linear, area and volume change of a solid for a temperature change, with typical coefficients for common materials. |
GET /catalog returns this list as JSON. Activity hub · uptime.
Thermodynamics arithmetic computed locally from the numbers given, using standard textbook formulas, provided as is. Educational estimates only: not for design or code compliance. Real systems have losses, property variation and safety limits that need a licensed engineer. Every paid response carries a disclaimer field.