[go: up one dir, main page]

HAN, 1963 - Google Patents

Velocity and temperature profiles for the incompressible fluid flow in rectancular channels with application to a flat duct

HAN, 1963

Document ID
15532376424434976184
Author
HAN L
Publication year

External Links

Continue reading at scholar.google.com (other versions)

Similar Documents

Publication Publication Date Title
HAN Velocity and temperature profiles for the incompressible fluid flow in rectancular channels with application to a flat duct
BIASHIMOV Experimental investigation of the initial portion of a circular free jet(Heat transfer, temperature and velocity profiles in circular free jet can be described by heat conduction type equations)
KHARCHENKO et al. Effect of turbulent flow of compressible gas on a flat plate in a heated air flow, and of longitudinal pressure gradient on heat transfer and friction drag
MADEJSKI Effect of friction pressure on the temperature distribution in laminar channel flow
KUTATELADZE et al. Some applications of the asymptotic theory of the turbulent boundary layer(Asymptotic flow theory laws of friction and heat transfer in turbulent boundary layer)
ASLANOV Problem of the flow of a viscous fluid between two rotating concentric cylinders, calculating heat transfer and temperature dependence effects
VOGTS Thermodynamic calculations of branched flows of gases in a system of arbitrary cross sections, without heat exchange with the environment
Harris et al. A set of similar solutions of the compressible laminar boundary layer equations for the flow over a flat plate with unsteady wall temperature(Heat transfer, skin friction and shearing stress from similar solutions to compressible laminar boundary layer equations for flow over flat plate)
SEBAN Heat transfer coefficient, and temperature and velocity distributions in turbulent separated flow of air downstream of a step in the surface of a plate
STAINBACK Heat-transfer measurements at a mach number of 8 in the vicinity of a 90 degree interior corner aligned with the free stream velocity(Influence of interaction of flow field with boundary layer on heat transfer in vicinity of interior corner aligned with free stream velocity)
ASTRELIN et al. Effect of nonstationary conditions on the heat- transfer coefficient for a flow past spherical bodies in the region of very small reynolds numbers(Thermal instability increases heat transfer coefficient for flow past spherical bodies in region of very small Reynolds numbers)
WALZ The dependence of the laminar separation point on the mach number and heat transfer in a steady-state sinusoidal external flow- the problem of the relationship between the laminar separation and the(Relation between laminar flow separation and transition point, and dependence on Mach number and heat transfer in flow subject to stationary sinusoidal perturbations)
RILEY Unsteady heat transfer boundary layer flow over a semi-infinite flat plate
EMERY et al. A numerical solution for laminar-flow heat transfer in circular tubes with axial conduction and developing thermal and velocity fields(Numerical solution for laminar flow heat transfer in circular tubes with axial conduction and developing thermal and velocity fields)
KUTATELADZE et al. Laws governing drag and heat transfer in the turbulent flow of a compressible gas(Laws governing drag and heat transfer in turbulent flow of compressible gas)
ORNATSKII Dependence of critical thermal loads and heat transfer on water temperature, pressure and velocity in ultra-high pressure tube flow
Laverne Fluid flow and heat transfer in stratified systems
LOU Heat transfer in the entrance region between two parallel plates with constant uniform temperature(Laminar incompressible flow heat transfer in inlet between parallel plates at constant temperature, considering pressure gradient effect on boundary layer velocity profile)
CROCCO Transformations of the compressible turbulent boundary layer with heat exchange(Mathematical transformation of compressible turbulent boundary layer for cases of constant and variable pressures, in presence of heat exchange)
SEBAN Heat transfer to the turbulent separated flow of air downstream of a step in the surface of a plate(Heat-transfer coefficient, and temperature and velocity distributions in turbulent separated flow of air downstream of step in surface of plate)
KAUPS et al. The laminar boundary layer in water with variable properties(Laminar boundary layer with heat transfer in liquids with variable fluid properties, including velocity and temperature profiles)
MOTULEVICH On the question of heat and mass transfer at the forward point of blunt bodies in the presence of heterogeneous chemical reactions(Heat and mass transfer in interactions of blunt bodies with fluid flow in presence of chemical reactions)
NAGAMATSU et al. Heat transfer on a flat plate in helium at Mach numbers 67. 3 and 87. 6 and in hypersonic corner flow with air at Mach number of 19(Hypersonic heat transfer rates on flat plates in helium and in corner flow region with air)
HARMON et al. Two-dimensional steady-state analysis of the melt layer on a homogeneous wall exposed to a hot external gas flow system
NAGAMATSU et al. Pressures and local heat transfer caused by rarefied hypersonic flow over flat plate with sharp leading edge