Stability of the developing laminar flow in a parallel-plate channel.
Hydrodynamic stability of developing laminar flow in entrance region of parallel plate channel investigated using small disturbances theory
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Hydrodynamic stability of developing laminar flow in entrance region of parallel plate channel investigated using small disturbances theory
Slot radiation patterns for dielectric coated metal plates, discussing mechanism of slot antenna patterns disturbances
Reflection coefficient of parallel plate waveguide apertures for TEM and TE modes by wedge diffraction analysis
Plate and shell flutter emphasizing nonlinear aspects and load effects
Nonlinear flutter of flat plates under transverse /static pressure/ and in-plane loads, emphasizing low supersonic flow regime
Finite Mach number effect on self induced weak interaction pressures on flat plate
Thick circular elastic plates stability under external forces and displacements, obtaining stability criterion from buckled state considerations
Radiation transfer effect on equilibrium temperature for laminar boundary layer flow of absorbing-emitting gas over flat plate
Mach 42 test measuring surface pressures, surface heat transfer rates and shock wave shapes in strong interaction regime for sharp and blunt plates
Transpiration cooling of porous flat plate by injection of carbon dioxide or air into carbon dioxide and air free streams
Unsteady compressible boundary layer flow over flat plate whose temperature is varied with time
Thin plate ballistic limit for perforation by cylindrical projectiles, using computational procedures and graphs
HF plate vibration damping due to gas pumping in riveted joints, considering pressure dependence of viscosity
Fracture of cracked plates under plane stress
Plastic enclave sizes for internal cracks from circular cavities within elastic plates
Thin flat plates flutter boundaries determination at supersonic speeds noting boundary layer effect
Flat plate thermoelectric generators for solar probe missions
This study program was conducted to obtain a sound theoretical understanding of and a valid analytical method for predicting the performance of porous plate water boilers.