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Results: 1-8 |
Results: 8
Structural and transient internal friction due to thermal expansion mismatch between matrix and reinforcement in Al-SiC particulate composite
Authors: Kustov, S Golyandin, S Sapozhnikov, K Vincent, A Maire, E Lormand, G
Citation: S. Kustov et al., Structural and transient internal friction due to thermal expansion mismatch between matrix and reinforcement in Al-SiC particulate composite, MAT SCI E A, 313(1-2), 2001, pp. 218-226
Detection of shock-wave-induced internal stresses in Cu-Al-Ni shape memoryalloy by means of acoustic technique
Authors: Emel'yanov, Y Golyandin, S Kustov, S Nikanorov, S Pugachev, G Sapozhnikov, K Sinani, A Van Humbeeck, J Schaller, R De Batist, R
Citation: Y. Emel'Yanov et al., Detection of shock-wave-induced internal stresses in Cu-Al-Ni shape memoryalloy by means of acoustic technique, SCR MATER, 43(12), 2000, pp. 1051-1057
Application of acoustic technique to determine the temperature range of quenched-in defect mobility in Cu-Al-Be beta(1)' martensitic phase
Authors: Kustov, S Golyandin, S Sapozhnikov, K Morin, M
Citation: S. Kustov et al., Application of acoustic technique to determine the temperature range of quenched-in defect mobility in Cu-Al-Be beta(1)' martensitic phase, SCR MATER, 43(10), 2000, pp. 905-911
Motion of dislocations and interfaces during deformation of martensitic Cu-Al-Ni crystals
Authors: Sapozhnikov, K Golyandin, S Kustov, S Van Humbeeck, J De Batist, R
Citation: K. Sapozhnikov et al., Motion of dislocations and interfaces during deformation of martensitic Cu-Al-Ni crystals, ACT MATER, 48(5), 2000, pp. 1141-1151
Towards understanding anelasticity of the beta(1)' martensitic phase of Cu-Al-Ni
Authors: Kustov, S Golyandin, S Sapozhnikov, K Van Humbeeck, J De Batist, R
Citation: S. Kustov et al., Towards understanding anelasticity of the beta(1)' martensitic phase of Cu-Al-Ni, J ALLOY COM, 310, 2000, pp. 306-311
Structural anelasticity of NiTi during two-stage martensitic transformation
Authors: Golyandin, S Kustov, S Sapozhnikov, K Parlinska, M Gotthardt, R Van Humbeeck, J De Batist, R
Citation: S. Golyandin et al., Structural anelasticity of NiTi during two-stage martensitic transformation, J ALLOY COM, 310, 2000, pp. 312-317
Influence of high-energy impact actions on the elastic and anelastic properties of martensitic Cu-Al-Ni crystals
Authors: Emel'lyanov, Y Golyandin, S Kobelev, NP Kustov, S Nikanorov, S Pugachev, G Sapozhnikov, K Sinani, A Soifer, YM Van Humbeeck, J De Batist, R
Citation: Y. Emel'Lyanov et al., Influence of high-energy impact actions on the elastic and anelastic properties of martensitic Cu-Al-Ni crystals, J ALLOY COM, 310, 2000, pp. 324-329
Strain amplitude-dependent anelasticity in Cu-Ni solid solution due to thermally activated and athermal dislocation-point obstacle interactions
Authors: Kustov, S Gremaud, G Benoit, W Golyandin, S Sapozhnikov, K Nishino, Y Asano, S
Citation: S. Kustov et al., Strain amplitude-dependent anelasticity in Cu-Ni solid solution due to thermally activated and athermal dislocation-point obstacle interactions, J APPL PHYS, 85(3), 1999, pp. 1444-1459
Risultati: 1-8 |