show what this heating does to vehicles, arid what we are doing about it. An a-irplane flying at hypersonic speeds, say 10 to 15,000 miles per hour, will heat the air surrounding it to tens of …

Aerodynamic heating is the heating of a solid body produced by its high-speed passage through air. In science and engineering, an understanding of aerodynamic heating is necessary for …

analytical studies have yielded the results shawn on this chart (C~35904) f or the best material to use in the skin of aircraft structures desi.gned to operate in various Mach number ranges.

a real-time flight simulator and coding the profile to be entered into an aerodynamic heating program to calculate surface heating rates and surface temperatures. If the heating rates or …

以RAM-CII、类X-37B等典型高超声速飞行器为研究对象，在设定的飞行条件及热防护方案下，进行了气动加热与结构传热问题的求解，给出了全机表面热流密度与防热结构材料温度的时变特 …

heat transfer problem in high speed flow and goes on to give the latest for- mulae for estimating heat flow rates, local and mean, with lsminar or with turbulent boundary layers.

The main heat transfer mechanisms are convection, evaporation, radiation, heat capacity of the impinging spray, kinetic energy, aerodynamic heating, release of latent heat, and conduction …

Aerodynamic heating is the conversion of kinetic energy into heat energy as the result of the relative motion between a body and a fluid, and Sthe subsequent transfer of' this heat energy …

The practical objectives of aerodynamics are (1) the prediction of forces and moments on, and heat transfer to, bodies moving through a fluid (usually air) and (2) the determination of flows …

This study was conducted to determine how accurately aerodynamic heating is simulated in the laboratory with radiant heat lamps under computer control. A study of aerodynamic heating …