Mechanical Metallurgy 
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Page 426
It is extremely difficult, if not altogether impossible, to prepare geometrically
similar specimens of increasing diameter which have the same metallurgical
structure and residual stress distribution throughout the cross section. The
problems in ...
It is extremely difficult, if not altogether impossible, to prepare geometrically
similar specimens of increasing diameter which have the same metallurgical
structure and residual stress distribution throughout the cross section. The
problems in ...
Page 756
1710 (a) Determine the rolling schedule for coldrolling annealed copper and
mild steel strips from 16 x 1 in to 16 x 0.100 in with 6in diameter rolls on a four
high mill. The rolling load of the mill may not exceed 100 tons. Use a simplified ...
1710 (a) Determine the rolling schedule for coldrolling annealed copper and
mild steel strips from 16 x 1 in to 16 x 0.100 in with 6in diameter rolls on a four
high mill. The rolling load of the mill may not exceed 100 tons. Use a simplified ...
Page 757
What is the maximum strain rate for a 0.040indiameter wire r dt pulled at 2,000 ft
/min through a 10° semiangle die? 795 Compare the force required to give a 30
percent reduction in a 0.5indiameter wire in a 10° semiangle die with the force ...
What is the maximum strain rate for a 0.040indiameter wire r dt pulled at 2,000 ft
/min through a 10° semiangle die? 795 Compare the force required to give a 30
percent reduction in a 0.5indiameter wire in a 10° semiangle die with the force ...
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One of the best book for Mechanical Metallurgy. All metallurgist should have a copy of this book.
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Contents
Introduction  3 
Elements of the Theory of Plasticity  72 
Plastic Deformation of Single Crystals  105 
Copyright  
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Common terms and phrases
alloys angle annealed atoms axes axis behavior billet brittle fracture Burgers vector coldworked components compression constant crack criterion cross slip cycles decrease determined diameter direction dislocation line ductile edge dislocation elastic elongation energy engineering equations extrusion factor failure fatigue limit fibers flow curve flow stress force forging friction given grain boundaries hotworking hydrostatic increases lattice length load machining martensite material matrix maximum measured mechanical metallurgical Metals Park modulus normal stress notch occurs orientation particles percent plastic deformation plastic strain polymer pressure produced properties ratio reduction region residual stresses rolling screw dislocation shear strain shear stress sheet shown in Fig shows slip plane slip systems Society for Metals solid specimen steel strain hardening strain rate stressstrain curve structure surface tensile strength tensile stress tensor theory thermal thickness tool torsion Trans usually velocity workpiece yield strength yield stress York