WebMar 15, 1997 · A recent existence theory by the authors includes an explicit solution, for the limiting case of wedge angle π, that is surprisingly simple in greatly transformed variables. Iteration yields asymptotic formulae for the motion due to wedges of angle slightly less than π these asymptotic results are presented here. WebJan 1, 1974 · The problem of calculating the flow behind a detached shock wave in front of a wedge or cone possessing an opening angle greater than limiting and situated m a supersonic gas flow has still not received a proper solution. Here it is advisable to use the numerical method of integral relations [1], well developed for the case of blunt bodies [2, 3].
Closed-Form Solutions for the Stress Fields Induced by Blunt Wedge ...
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What is the ‘wedge’? WRBL
WebApr 17, 2001 · Closed-form expressions are given for the Muskhelishvili potentials created by wedge-shaped indenters contacting elastic half-planes. The potentials are given for normal and sliding contact of both similar and dissimilar materials. Surface values of the tension σxx0 are also presented. WebQuestion: Consider the body shown in the figure below, consisting of a sharp wedge on the upstream side and a somewhat more blunt wedge on the trailing side. The body is symmetric about the x- axis. Its maximum width (in the y-direction) is D, and it extends 4D to the negative (upstream) side of the x-axis and 2D to the positive (downstream) side. WebA hypersonic flow field over a blunt wedge with or without roughness is simulated by a direct numerical simulation method. The effect of isolated and distributed roughnesses … smiths fencing carshalton