Residual Stresses in Machining: A Review
Journal: Engineering and Scientific International Journal (Vol.3, No. 1)Publication Date: 2016-03-10
Authors : S.V.Prasad Dr.P.LaxmiNarayana Dr.P.Ravinder Reddy;
Page : 10-15
Keywords : Residual stresses; FEM; analytical method; experimental method; machining; and part distortion.;
Abstract
The most challenge is considered in Aviation industries is milling part features from prismatic blocks to part features by means of floor and wall thicknesses is very comparable to sheet metal assemblies. The distortion of machined components is a major factor in the industry of structural aerospace component manufacturing. The distribution of machining-induced stresses can affect the ability of the component's to endure rigorous and harsh loading conditions, as well as causing dimensional and geometrical deviations. It also directs to the high refusal rate and problems of quality association throughout component assembly. It is so essential to understand the mechanism that is at the root of parts distortion. This might result both from available residual stresses in work pieces or induced by the machining process.
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