isothermal surface 
The flow past a circular cylinder with an isothermal surface at Mach numbers M∞=2 and 5 and Reynolds numbers ranging from 104 to 108 is investigated on the basis of the Reynolds equations using a differential twoequation turbulence model.


Supersonic Flow Past a Circular Cylinder with an Isothermal Surface


Supersonic perfectgas flow past a circular cylinder with an isothermal surface is investigated at the Mach number 5 and Reynolds numbers ranging from 30 to 500,000.


Results are given of numerical simulation of hydrodynamics and heat transfer under conditions of transverse flow past a twodimensional "trench" (a groove whose cross section has the form of a segment of circle) located on a plane isothermal surface.


Results are given of numerical simulation of hydrodynamics and heat transfer under conditions of transverse flow past a twodimensional "trench" (a groove whose cross section has the form of a segment of circle) located on a plane isothermal surface.


Increase in the rate and discretization of the kinetics of isothermal surface generation of minority charge carriers in metalin


Theoretical investigation of laminar film condensation of a saturated vapor flow over an isothermal surface


Numerical solutions are obtained for the system differential equations describing the process of condensation of a saturated vapor flowing over an isothermal surface.


This paper shows that the total heat loss through a closed semipermeable envelope is equal to the sum of the purely conductive heat fluxes through any closed isothermal surface within the envelope itself.


Heat transfer during the boiling of water and Freon113 at an isothermal surface


An analytical and experimental study has been made of the heat flow modes (of the q=f(ιB1) relation) during the boiling of water and Freon113 at the isothermal surface of a cylindrical stud.


A freeconvective turbulent boundary layer on a vertical isothermal surface is examined.


Investigation is made of one of the selfsimilar regimes in the problem of a crystal growing from a pure melt with an isothermal surface.


Temperature and Moisture Distributions Inside a Layer of Moist Material Placed on a Hot Isothermal Surface


The problem of contact drying of a layer of moist material placed on a hot isothermal surface is considered.


We have made a theoretical study of the hydrodynamics and heat transfer of nonNewtonian fluids near a cooled isothermal surface by laminar free convection with regard for the change in the fluid viscosity with temperature.


It is shown that an isothermal surface of regular spin combustion wave has some wings of which number is the same as that of reaction spots on the cylindrical surface and that the isothermal surface with helical wings rotates down with time.


Study of Curie isothermal surface in Sichuan Basin and the seismic area on its western margin


Under the best conditions, with the source towed at 33 m in an isothermal surface layer, herring were detected to a range of 15 km in a water depth of 120 to 170 m.


Extensions of Merk's method to the calculation of laminar boundary layer heat transfer from a nonisothermal surface

