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Exact Solutions of Equations of Gas Dynamics
This document presents equations for the two-dimensional stationary problem of gas dynamics, and uses them to derive other equations, including equations for vorticity.
Date:
June 1950
Creator:
Kiebel, I. A.
System:
The UNT Digital Library
General Solution of Prandtl's Boundary-Layer Equation
A method is described by means of which the laminar friction layer at a wall with arbitrary pressure distribution may be calculated from Prandtl's boundary-layer equations.
Date:
June 1950
Creator:
Mangler, W.
System:
The UNT Digital Library
Theoretical Investigations on the Efficiency and the Conditions for the Realization of Jet Engines
Contents: Preliminary notes on the efficiency of propulsion systems; Part I: Propulsion systems with direct axial reaction rockets and rockets with thrust augmentation; Part II: Helicoidal reaction propulsion systems; Appendix I: Steady flow of viscous gases; Appendix II: On the theory of viscous fluids in nozzles; and Appendix III: On the thrusts augmenters, and particularly of gas augmenters.
Date:
June 1950
Creator:
Roy, Maurice
System:
The UNT Digital Library