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Two rectangular beams are made of steel having a tensile yield strength of 80 ksi and an assumed idealized stress-strain curve. Beam A has a uniform 1 x 0.5-in. section. Beam B has a 1 x 0.5-in. section that blends symmetrically into a 1.5 x 0.5-in. section with fillets giving a stress concentration factor of 3. The beams are loaded in bending in such a way that
(a) For each beam, what moment, M, causes
(1) initial yielding and
(2) complete yielding?
(b) Beam A is loaded to cause yielding to a depth of Determine and plot the distribution of residual stresses that remain after the load is removed.
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Also find out a compression ratio and inlet pressure to give maximum imep. engineering fundamentals of internal combustion enignes - pulkrabek.
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