The elastic and anelastic behavior of a metallic glass

Keywords

Amorphous metal, Materials science, Alloy, Activation energy, Annealing (glass)

References

• A Rapid Quenching Technique for the Preparation of Thin Uniform Films of Amorphous SolidsH. S. Chen, Charles E. Miller — 1970
• Delayed Elasticity in Inorganic GlassesA. S. Argon — 1968
• Viscous Liquids and the Glass Transition: A Potential Energy Barrier PictureMartin Goldstein — 1969
• Formation, stability and structure of palladium-silicon based alloy glassesH.S Chen, David Turnbull — 1969
• Amorphous Phase in Palladium—Silicon AlloysPol Duwez, R. H. Willens, Richard Clark Crewdson — 1965

Cited by

• The Internal Friction and Elastic Modulus of Amorphous Pd-Si and Fe-P-C AlloysTetsuo Soshiroda, M. Koiwa, T. Masumoto — 1976
• Anomalous Viscoelastic Behavior of Metallic Glasses of Pd–Si‐Based AlloysH. S. Chen, Marsha M. Goldstein — 1972
• REVIEW ARTICLE: Glassy metalsH S Chen — 1980
• Internal friction in Cu-Ti glassS.A. Moorthy, E.G. Baburaj, G.K. Dey — 1994
• Internal friction and reversible structural relaxation in the metallic glass Fe32Ni36Cr14P12B6N. Morito, T. Egami — 1984
• 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
• Crystallization of an Fe-Ni base amorphous alloyHye Jung Chang, Suri Sastri — 1977
• Effect of cobalt microalloying on the glass forming ability of Ti–Cu–Pd–Zr metallic glassHao Wang, E.S. Park, Jeong-Jung Oak — 2013
• Measurement of Young’s modulus on small samples of amorphous metals using the impulse induced resonance techniqueS.H. Whang, L. T. Kabacoff, D.E. Polk — 1979
• Mechanical properties of two metallic glassesJ. Logan, Michael F. Ashby — 1974
• Structural relaxation in metallic glassesYoshio Waseda, W. Miller — 1978
• Internal Friction Peaks and Structural Relaxation on Some Electroless Deposited Amorphous AlloysE. Bonetti, E. Evangelìsta, A. Cavallini — 1983
• Experimental evidence of Snoek-like relaxation in annealed metallic glassО. П. Бобров, Yu. V. Fursova, В. А. Хоник — 2004
• Internal friction and shear modulus of certain metallic glassesSanjay Tyagi, A. E. Lord — 1979
• Splat cooling and metastable phasesH. Jones — 1973
• Excess specific heat of a glassy Pd0.775Cu0.06Si0.165 alloy at low temperatureH.S. Chen, W. H. Haemmerle — 1972
• STATISTICAL THERMODYNAMICS OF CONFIGURATIONAL PROPERTIES *Martin Goldstein — 1976
• Structure relaxation spectrum of metallic glassesH. S. Chen, E. Coleman — 1976
• Relaxation of rapidly quenched metallic glasses: Effect of the relaxation state on the slow low temperature dynamicsEloi Pineda, P. Bruna, Beatrice Ruta — 2013

Related papers

• Instantaneous activation energy of alkali activated materialsShiju Joseph, Siva Uppalapati, Özlem Çizer — 2019
• Lowering the Activation Energy under Mechanochemical Conditions: The Case of 2,3-diphenylquinoxalinePaulo F. M. de Oliveira, Michel Baron, Alain Chamayou — 2016
• The apparent activation energy for mechanical and dielectric relaxation in glass-forming (polymeric) liquids: a misconception?L. C. E. Struik — 1997
• Analysis of activation energy of grouped parallel reactionsSudhir V. Golikeri, Dan Luss — 1972
• Activation energy for electrical conduction of Y2O3-stabilized ZrO2 containing 8 mol% Y2O3Yutaka Suzuki — 1996
• Apparatus for Precise Determination of Dynamic Young's Modulus and Internal Friction at Elevated TemperaturesM. E. Fine — 1957