Strength of porous sintered sheet materials
Methods of Examination and Properties of Powder Materials
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Conclusions
The strength of porous sintered sheet materials can be evaluated by the formaulas of Bal'shin, Ryshkevich, and Shcherban'. We determined the values of the constants in these formulas for sheets of powdered strainless steel of joint reduction, calcium hydride titanium, nickel, and Nichrome.
In technological tests the largest number of reversed bendings is sustained by porous sheets rolled from powders of fine fractions. Differences in the plasticity of porous sheets from powdered stainless steel and Nichrome manifest themselves with bending radii of 2 and 5 mm.
Keywords
Calcium Titanium Nickel Stainless Steel Hydride
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© Plenum Publishing Corporation 1988