Frontiers in Materials TechnologiesMarc A. Meyers, Osman T. Inal Elsevier, 1985 - 558 Seiten |
Im Buch
Ergebnisse 1-3 von 53
Seite 53
... curve . This is very similar to the behavior of a slip dislocation shown by the solid curve . The case designated y = D / 2 and represented by the dashed curve corresponds to a twinned interface . = 1.0 0010 0.8 slip 0.6 0.4 interface y ...
... curve . This is very similar to the behavior of a slip dislocation shown by the solid curve . The case designated y = D / 2 and represented by the dashed curve corresponds to a twinned interface . = 1.0 0010 0.8 slip 0.6 0.4 interface y ...
Seite 225
... curve must have two different regions of elastic behavior . This can be seen more clearly in Fig . 20 where the stress - strain curves for fiber , matrix and resultant composite are compared . As in the earlier MMC case , it has been ...
... curve must have two different regions of elastic behavior . This can be seen more clearly in Fig . 20 where the stress - strain curves for fiber , matrix and resultant composite are compared . As in the earlier MMC case , it has been ...
Seite 253
... curve and a series of parallel cracks will traverse the tension surface of the specimen and then proceed to penetrate towards the interior . Irreversible work is done in this process and the use of the load - centre point deflection curve ...
... curve and a series of parallel cracks will traverse the tension surface of the specimen and then proceed to penetrate towards the interior . Irreversible work is done in this process and the use of the load - centre point deflection curve ...
Inhalt
METALS | 41 |
The Physical Metallurgy and Alloy Design | 89 |
Rapid Solidification Technology | 125 |
Urheberrecht | |
13 weitere Abschnitte werden nicht angezeigt.
Andere Ausgaben - Alle anzeigen
Häufige Begriffe und Wortgruppen
2DEG A.G. MacDiarmid A.J. Heeger absorption achieved advanced composites alloys Alnicos aluminum amorphous annealing applications atomization austenite behavior carbide carbon ceramics chains Chem components core crack crystal growth curve deformation density developed diameter dislocation dispersion doped driving force dual phase steels ductility effect elastic elastic modulus electron elongation energy Equation eutectic exciton fabrication ferrite fiber reinforced fibres films fracture GaAs grain boundaries graphite heat Heeger increase interface Kevlar lattice layer Lett liquid magnetic materials martensitic transformations matrix composites melt melt spinning Metal Matrix Composites metallic glasses microstructure mobility modulus networks nucleation optical oxide particles Phys plastic polymer powders Proc quenching rapid solidification resistance SDHT shown in Figure silicon solid solidification soliton strain strength stress structure superalloys superconducting surface techniques temperature tensile tetragonal thermal thickness tion toughness Trans trans-(CH values velocity volume fraction ZrO2