• PDF / 1,711,575 Bytes
• 6 Pages / 593.972 x 792 pts Page_size
• 5 Downloads / 207 Views

DOWNLOAD

REPORT

Strengthening materials via the impeding of dislocation motion usually comes at a drastic loss of ductility since the latter is closely associated with dislocation sliding, multiplying, and interactions[1]; for example, ordered Ti3Al intermetallic compounds are extremely brittle even at elevated temperatures (e.g., tensile elongation,

Recommend Documents

Strong bonding of titanium to copper through the elimination of the brittle interfacial intermetallics

105 97 1MB

Can the Strength of Brittle Materials be Enhanced?

176 94 464KB

Application of fractal geometry measurements to the evaluation of fracture toughness of brittle intermetallics

215 39 3MB

Alloy Design of Ordered Intermetallics

244 36 3MB

The Design of Multilayered Polysilicon for MOEMS Applications

180 108 69KB

Effects of Structure on Creep of Ti-53.4mol%Al Intermetallics

210 23 1MB

Critical Catastrophe in Disordered Heterogeneous Brittle Media

190 27 19MB

Electronic structure of Al-Cr-Fe intermetallics

201 37 125KB

On the optimum catalyst for structure sensitive heterogeneous catalytic reactions

164 42 1MB

Overcoming the limitations of gallium oxide through heterogeneous integration

162 18 176KB

Anisotropic design of a multilayered biological exoskeleton

180 11 2MB

The Heterogeneous Multiscale Method for Dynamics of Solids With Applications to Brittle Cracks

140 20 359KB