A microscopic mechanism for steady state inhomogeneous flow in metallic glasses

Keywords

Materials science, Steady state (chemistry), Mechanism (biology), Flow (mathematics), Metal

References

• The Mechanical Properties of Palladium 20 a/o Silicon Alloy Quenched from the Liquid StateT. Masumoto, R. Maddin — 1971
• Anomalous Viscoelastic Behavior of Metallic Glasses of Pd–Si‐Based AlloysH. S. Chen, Marsha M. Goldstein — 1972
• On the fracture morphology of metallic glassesF. Spaepen — 1975
• Flow of melt and glass forms of metallic alloysD.E. Polk, David Turnbull — 1972
• Structural Stability and Mechanical Properties of Amorphous MetalsT. Masumoto, R. Maddin — 1975
• The fracture topography of metallic glassesC. A. Pampillo, A. C. Reimschuessel — 1974
• Mechanical properties of two metallic glassesJ. Logan, Michael F. Ashby — 1974
• Molecular Transport in Liquids and GlassesMorrel H. Cohen, David Turnbull — 1959
• The deformation of amorphous palladium-20 at.% siliconR. Maddin, T. Masumoto — 1972
• Plastic flow in metallic glasses under compressionH.S. Chen — 1973
• Some mechanical properties of phase separated Pd0.74Au0.08Si0.38 metallic glassesC.-P. Chou, F. Spaepen — 1975
• Evidence of a Glass-Liquid Transition in a Gold-Germanium-Silicon AlloyH. S. Chen, David Turnbull — 1968
• Constitutive Equations in PlasticityA. S. Argon, C.S. Hartley — 1977
• Comprehensive plastic deformation of a bulk metallic glassC. A. Pampillo, H.S. Chen — 1974
• Formation, stability and structure of palladium-silicon based alloy glassesH.S Chen, David Turnbull — 1969
• Localized shear deformation in a glassy metalC. A. Pampillo — 1972
• ON THE FREE-VOLUME MODEL OF THE LIQUID-GLASS TRANSITION.David Turnbull, Morrel H. Cohen — 1970
• Flow and fracture in amorphous alloysC. A. Pampillo — 1975
• Young's modulus and hardness of metallic (Pd1−xNix).835Si.165 glassesH.S. Chen, J. T. Krause, E. Coleman — 1975
• The strength and fracture characteristics of Fe, NiFe and Ni-base glasses at various temperaturesC. A. Pampillo, D.E. Polk — 1974

Cited by

• Atomistic free-volume zones and inelastic deformation of metallic glasses.悟志 吉永, 健二 長田, 純一 高梨 — 2010
• Fracture behaviors under pure shear loading in bulk metallic glassesRosalia Christidou — 2016
• Thin-film metallic glass: an effective diffusion barrier for Se-doped AgSbTe2 thermoelectric modulesR. F. Barnes — 2017
• Correlation between Local Structure Order and Spatial Heterogeneity in a Metallic Glass.Ramón Torra Piqué — 2017
• Effect of size and strain rate on deformationbehaviour of Cu50Zr50 metallic glass: A molecular dynamics simulation studySatyanarayan Dhal, Raja Yadlapalli — 2012
• Violation of the incompressibility of liquid by simple shear flowAkira Furukawa, Hajime Tanaka — 2006
• Deformation and Fatigue Behavior of Bulk-Metallic Glasses (BMGs)D. Qiao — 2008
• The rmodynamics From First Principles: Prediction Of Phase Diagrams And Materials Properties Using Density Functional Theor yWilliam Huhn — 2014
• Metallic glass fiber-reinforced Zr-based bulk metallic glassS.T. Deng, H. Diao, Y. L. Chen — 2010
• DUCTILITY ENHANCEMENT AND STRUCTURAL ORIGIN OF DUCTILE-BRITTLE TRANSITION IN BULK METALLIC GLASSESWeidong Li — 2013
• Effect of Ti & Al addition on the mechanical properties of Cu-Zr based metallic glasses: A molecular dynamic simulation studyAjnish Kumar — 2013
• Elaboration par co-déformation de matériaux stratifiés alliage léger / verre métalliqueJ. Ragani — 2011
• Fracture features of a Zr-base bulk glassy alloyG. He, Zhenzhong Bian, G. L. Chen — 2001
• Comportement mécanique des verres métalliques massifs - Effet d'une cristallisation partielleS. Gravier — 2006
• High temperature deformation of a fully amorphous and partially crystallized bulk metallic glassQing Wang, Jean‐Jacques Blandin, M. Suéry — 2002
• Microstructure Evolution of Bulk Metallic Glasses via Laser ProcessingHongqing Sun — 2010
• A molecular dynamics simulation study of solid-like and liquid-like networks in Zr 46 Cu 46 Al 8 metallic glassC. Tang, C.H. Wong — 2015
• Extended Plasticity in the Supercooled Liquid Region of Bulk Metallic GlassesT. nbsp G. Nieh, J. Wadsworth, C.T. Liu — 2001
• 分子動力学・連続場変換法によるCu-Zr系金属ガラスのせん断変形機構解析Ryuichi Tarumi, Masato Wakeda, Yoji SHIBUTANI — 2015
• Evaluate the effect of laser shock peening on plasticity of Zr-based bulk metallic glassJie Fu, Yunhu Zhu, Chao Zheng — 2015

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