A variational principle for compressible fluid mechanics: discussion of the one-dimensional theory
Robert Joel Prozan, Langley Research Center, United States. National Aeronautics and Space Administration. Scientific and Technical Information Branch, Continuum, Inc
National Aeronautics and Space Administration, Scientific and Technical Information Branch, 1982 - Mathematics - 14 pages
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6ypv absolutely conservative Aerodynamics Aeronautics and Space AIAA AIII assembled system axial slip bIII boundary condition code bTTT closed system Compressible Fluid Mechanics computer program constraint term Continuum Corner Conservation corner node diaphragm burst digits domain dynamically differences based eAV)_ equation 16 equations of motion Expansion Corner Treatment explicit analog extensive system entropy Fluid Mechanics Discussion formulation free parameters grid H P H Huntsville interior node Lagrange multipliers Langley Research Center lateral slip Mach 1.2 jet method MULTI-DIMENSIONAL THEORY National Aeronautics nodal analog Numerical Analysis numerical approximation Performing Organization pressure ratios pressure region occurs Principle for Compressible principle for fluid problems procedure Robert Joel Prozan second order secondary jet shock tube Sketch slip condition step system entropy production system volume integral tube and diaphragm variational principle weight functions zero