1,169 research outputs found
Computer program analyzes Buckling Of Shells Of Revolution with various wall construction, BOSOR
Computer program performs stability analyses for a wide class of shells without unduly restrictive approximations. The program uses numerical integration, finite difference of finite element techniques to solve with reasonable accuracy almost any buckling problem for shells exhibiting orthotropic behavior
Buckling of shells of revolution with various wall constructions. Volume 1 - Numerical results
Numerical results of buckling of shells of revolution for computer progra
Buckling of shells of revolution with various wall constructions. Volume 3 - User's manual for BOSOR
Computer program for analysis of shells of revolution with axisymmetric loadin
Buckling of shells of revolution with various wall constructions. Volume 2 - Basic equations and method of solution
Basic equations and method of solution for computerized analysis of shells of revolution with axisymmetric collapse and nonsymmetric bifurcation buckling behavio
Computer program for compressible laminar or turbulent nonsimilar boundary layers
Description of computer program for solving two dimensional and axisymmetric forms of compressible boundary layer equations for continuity, mean momentum, and mean total enthalp
Downstream influence of swept slot injection in hypersonic turbulent flow
Results of an experimental and numerical investigation of tangential swept slot injection into a thick turbulent boundary layer at Mach 6 are presented. Film cooling effectiveness, skin friction, and flow structure downstream of the swept slot injection were investigated. The data were compared with that for unswept slots, and it was found that cooling effectiveness and skin friction reductions are not significantly affected by sweeping the slot
Comparison of prediction methods and studies of relaxation in hypersonic turbulent nozzle-wall boundary layers
Turbulent boundary layer measurements on axisymmetric hypersonic nozzle wall
Report of conference evaluation committee
A general classification is made of a number of approaches used for the prediction of turbulent shear flows. The sensitivity of these prediction methods to parameter values and initial data are discussed in terms of variable density, pressure fluctuation, gradient diffusion, low Reynolds number, and influence of geometry
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