Browsing by Advisor "Sastry, D H"
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Deformation characterstics of BCC metals - Dislocation mechanisms of plastic flow in polycrystalline a-Fe, Mo, Ta and W in the range 77-1150 K
The plastic deformation behavior of polycrystalline body-centered cubic metals ( -Fe, Mo, Ta, and W) was examined in the range 77-1150 K with the following objectives: (i) To characterize the rate-controlling obstacles ... -
Impression creep and the mechanism of high temperature deformation in zino and cadmium
The plastic deformation behavior of two CPH metals, cadmium and zinc, was investigated in the range 300-500 K with the following objectives: (i) To study the phenomenon of impression creep and compare the impression ... -
Some aspects of the deformation characteristics of AUSTENTIC stainless relaxation
A study of the elevated temperature deformation characteristics of fcc alloys is of paramount importance in view of their widespread applications as high temperature structural components. Austenitic stainless steel grade ... -
Strain Controlled Low Cycle Fatigue and Creep-fatigue interaction behaviour of A type 316(L) Stainless Steel
Type 316L(N) stainless steel (SS) is the currently favored structural material for several high temperature components in the primary side of the liquid metal cooled fast breeder reactor. The choice of this material is ... -
Theromodynamic investigation on some alloy systems of interest in metollothermic reductins by vapour pressure measurment and thermogravemetry
The thermodynamic properties of pure liquid Mg and liquid Mg-Al and Mg-Cu alloys have been determined by vapour pressure measurement using the boiling point method, and those of the solid USi phase by measurement of ...