A new continuum theory for compressible fluids distinguishes mass-transport velocity from linear-momentum velocity, producing non-symmetric Cauchy stress and a closure where their relative transport is proportional to the pressure gradient.
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Compressible fluids with distinct mass and linear-momentum transport
A new continuum theory for compressible fluids distinguishes mass-transport velocity from linear-momentum velocity, producing non-symmetric Cauchy stress and a closure where their relative transport is proportional to the pressure gradient.