SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Study of boundary conditions at liquid-vapor interface through irreversible thermodynamics
Expected thermodynamic equilibrium composition calculated for atmospheres of Earth, Venus, Mars, and Jupiter
Spherical bubble growth or collapse in component inviscid liquid with constant material properties through irreversible thermodynamics and kinetic theory
Thermodynamic and transport properties of oxygen- nitrogen equilibrium system
Thermodynamic properties of carbon, hydrogen, oxygen, phosphorus, and sulfur compounds
Hypersonic nonequilibrium flow and its underlying thermodynamic relations, including real gas effects
Transient heat transfer and thermodynamic behavior analysis for Apollo service module propulsion system - fuel cell effect on overheating
Thermodynamic properties of various carbon- hydrogen-nitrogen-oxygen-phosphorus-sulfur compounds
Thermodynamic principles used to estimate likelihood of life in solar system
Turbine-coolant flow effects on thermodynamic performance of Brayton cycle space power system
Thermodynamic equilibria in planetary atmospheres and in origin of organic matter - determination of amino acid pairing and sequences in proteins
Calculation of thermodynamic equilibrium composition of Earth, Venus, Mars and Jupiter atmospheres
Thermodynamic equilibrium composition calculations on carbon, hydrogen, oxygen, and nitrogen in Earth, Venus, Mars, and Jupiter atmospheres
Thermodynamic properties and approximation method for viscoelastic materials
Direct calculation and tables of specific heats and related thermodynamic properties of arbitrary gas mixtures - Mars atmosphere model
Equilibrium high temperature thermodynamic property computations with vibrational and rotational corrections for gas mixtures
Thermodynamic properties of carbon, hydrogen, nitrogen, oxygen, phosphorus, and sulfur compounds
Thermodynamic, transport, and flow properties for products of methane burned in oxygen-enriched air