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A. Druker, P. Vermaut, and J. Malarría
The shape recovery conditions for Fe–Mn–Si alloys: An interplay between martensitic transformation and plasticity
Materials Characterization (cited By 5), 139, 319-327, 2018
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P. Roca, L. Isola, P. Vermaut, and J. Malarría
Relationship between grain size and thermal hysteresis of martensitic transformations in Cu-based shape memory alloys
Scripta Materialia (cited By 11), 135, 5-9, 2017
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L. Isola, P. L. Roca, C. Sobrero, V. Fuster, P. Vermaut, and J. Malarría
Martensitic transformation strain and stability of Ni50-x-Ti50-Cox (x=3,4) strips obtained by twin-roll casting and standard processing techniques
Materials and Design (cited By 9), 107, 511-519, 2016
aluminum sheet austenitic transformations backscattering differential scanning calorimetry energy dispersive spectroscopy high resolution transmission electron microscopy light transmission mechanical properties nickel scanning electron microscopy textures transmission electron microscopy x ray diffraction x ray spectroscopy electron backscattering diffraction energy dispersive x ray spectroscopy micro-structural characterization niti alloys production techniques shape memory shape-memory properties twin roll casting martensitic transformations
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L. Isola, P. L. Roca, A. Roatta, P. Vermaut, L. Jordan, P. Ochin, and J. Malarría
Load-biased martensitic transformation strain of Ti50-Ni47-Co3 strip obtained by a twin-roll casting technique
Materials Science and Engineering A (cited By 3), 597, 245-252, 2014
martensite variants recoverable strain solidification structure special properties tini alloy transformation strain twin-roll casting upper bound models aluminum sheet martensitic transformations mechanical properties nickel shape memory effect textures strain
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A. Druker, P. L. Roca, P. Vermaut, P. Ochin, and J. Malarría
Microstructure and shape memory properties of Fe-15Mn-5Si-9Cr-5Ni melt-spun ribbons
Materials Science and Engineering A (cited By 13), 556, 936-945, 2012
argon atmospheres austenitic austenitic phase fe-mn-si ferritic phase high temperature melt-spinning techniques melt-spun melt-spun ribbons process condition reversible martensitic transformation room temperature shape memory shape memory behaviour shape-memory properties water quenching austenite martensitic transformations melt spinning microstructure protective atmospheres rapid solidification silicon manganese
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R. Portier, P. Vermaut, P. Ochin, T. Goryczka, and J. Malarría
Preparation by twin roll casting and characterization of TiNi shape memory alloys strips
Solid State Phenomena (cited By 0), 130, 121-126, 2007
aluminum sheet binary alloys casting crystallography fracture mechanics martensitic transformations microstructure titanium alloys functional properties production technology shape memory shape memory alloys(sma) thermoelastic martensitic transformations ti-ni shape memory alloys transformation temperatures twin roll casting shape-memory alloy
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J. Malarría, C. Elgoyhen, P. Vermaut, P. Ochin, and R. Portier
Shape memory properties of Cu-based thin tapes obtained by rapid solidification methods
Materials Science and Engineering A (cited By 18), 438440, 763-767, 2006
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P. L. Roca, L. Isola, C. Sobrero, P. Vermaut, and J. Malarría
Grain Size Effect on the Thermal-induced Martensitic Transformation in Polycrystalline Cu-based Shape Memory Alloys
Materials Today: Proceedings (cited By 7), 2, S743-S746, 2015
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R. Portier, P. Vermaut, F. Prima, P. Ochin, A. Pasko, V. Kolomytsev, A. Sezonenko, J. Pons, et al.
Characterization and properties of Shape Memory Alloys elaborated by non conventional techniques
Proceedings of an International Conference on Solid-Solid Phase Transformations in Inorganic Materials 2005 (cited By 0), 2, 187-204, 2005
amorphous alloys brittleness ductility martensitic transformations microstructure phase transitions solidification high transformation temperatures planar flow casting production technologies shape memory effect
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