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7 results for “Steam”.
Clear searchCalculator · Thermal
Pure water at liquid–vapor equilibrium, using absolute pressure in Pa. The range is 611.657 Pa through pressures strictly below 22064000 Pa. Quality is undefined at the critical point; numerically unresolved phase boundaries are rejected.
Calculator · Thermal
Pure water at liquid–vapor equilibrium, using absolute pressure in Pa. The range is 611.657 Pa through pressures strictly below 22064000 Pa. Quality is undefined at the critical point; numerically unresolved phase boundaries are rejected.
Calculator · Thermal
Pure water liquid–vapor equilibrium from the triple-point temperature 273.16 K to the critical point 647.096 K. Pressure is absolute, never gauge; temperature input uses kelvin.
Calculator · Thermal
Pure water liquid–vapor equilibrium from the triple-point temperature 273.16 K to the critical point 647.096 K. Pressure is absolute, never gauge; temperature input uses kelvin.
Calculator · Hydraulics
Pure liquid water properties from temperature and absolute pressure, using IAPWS SR6-08(2011) and SR1-86(1992). Supported range: 0.01–110 °C, pressure at or above saturation and no greater than 0.3 MPa (300000 Pa).
Calculator · Valves
For turbulent liquid flow with no attached fittings correction: ΔP = P1 − P2; FF = 0.96 − 0.28√(Pv/Pc); ΔPchoked = FL²(P1 − FF Pv). All pressures must be absolute and use the same units.
Article · Thermal
Absolute pressure, boiling temperature, saturated phases and a worked vaporization energy balance