Engineering topics
Publications and source records attributed to Kemper, J. T..
Computer program in FORTRAN 4 for calculating shock tube performance for arbitrary equilibrium real gas mixtures
Charts of thermodynamic properties of helium showing effects of ionization, particle interactions, temperature, and atmospheric pressure
Program computes solutions for flow parameters in arbitrary gas mixtures behind a normal and a reflected normal shock, for in-flight and shock-tube stagnation conditions. Equilibrium flow calculations are made by a free-energy minimization technique coupled with the steady-flow conservation equations and a modified Newton-Raphson iterative scheme.
Isentropic flow solutions for reacting gas mixtures in thermochemical equilibrium
Computing equilibrium chemical composition and thermodynamic properties of reacting gas mixtures by reduction to single iterative equation
Computer program in Fortran IV language for equilibrium normal shock and stagnation point solutions for arbitrary gas mixtures