Treatise on Materials Science and Technology, Volume 4 |
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Page 289
A further influence of porosity is a decrease in inherent ductility of the material ;
cracking during plastic deformation is a major problem . Finally , although
deformation closes up the pores so that no void space remains , it is necesssary
to ...
A further influence of porosity is a decrease in inherent ductility of the material ;
cracking during plastic deformation is a major problem . Finally , although
deformation closes up the pores so that no void space remains , it is necesssary
to ...
Page 293
31 and the excess of n over this value for porous iron is due to geometric
hardening , the progressive closing up of pores during deformation . A
comparison of stress - strain curves for room temperature deformation and hot
working is given in ...
31 and the excess of n over this value for porous iron is due to geometric
hardening , the progressive closing up of pores during deformation . A
comparison of stress - strain curves for room temperature deformation and hot
working is given in ...
Page 295
92 for cold deformation ( Fig . 31 ) and 2 . 0 for hot deformation ( Fig . 23 ) .
Presumably , the difference in the exponent is the result of work hardening of the
metal during cold deformation . Figures 30 – 32 indicate that in the compression
of ...
92 for cold deformation ( Fig . 31 ) and 2 . 0 for hot deformation ( Fig . 23 ) .
Presumably , the difference in the exponent is the result of work hardening of the
metal during cold deformation . Figures 30 – 32 indicate that in the compression
of ...
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Contents
RICHARD W VOOK | 2 |
Epitaxial Monocrystalline Films | 10 |
Polycrystalline Films | 37 |
Copyright | |
2 other sections not shown
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Common terms and phrases
activity addition alloys applied approximation average beam becomes calculated compaction component composition compression concentration considered constant copper correlation corresponding crystal cubic curve decreases defined deformation density dependence determined diffraction diffusion direction discussed dislocation disorder distribution effect electron elements energy enthalpy entropy equations example experimental expression factor fault field Figure forged function given gives increases influence interaction jump lattice material measurements mechanism metal method neighbor observed obtained occurs oriented parameter partial pattern phases Phys plane polycrystalline position possible powder present probability production properties random ratio reflections region relative respectively shown in Fig shows single crystals sintered solid solution solute atoms solvent strain strengthening stress structure Substituting surface Table temperature theoretical theory thermodynamic thin films tracer twin vacancy values variations volume X-ray yield
Bibliographic information
| Title | Treatise on Materials Science and Technology, Volume 4 Treatise on Materials Science and Technology, Herbert Herman |
| Editor | Herbert Herman |
| Publisher | Academic Press, 1972 |
| Original from | the University of Michigan |
| Digitized | 29 Nov 2007 |
| Export Citation | BiBTeX EndNote RefMan |