Abstract
A variational approach to the theory of jets and cavities for compressible fluids is outlined. Existence and uniqueness for axially symmetric jets and existence for axisymmetric cavities of compressible fluids are established. Existence for two dimensional asymmetric jet flows is also established. Two dimensional symmetric flows are obtained as a special case of the axially symmetric problem. Results on cavities when specialized to incompressible fluids, extend work on infinite cavities to the case where the obstacle is not a monotone curve, and provide simpler proofs.
Original language | English |
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Journal | [No source information available] |
State | Published - 1984 |