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Shape Memory and Superelasticity

IF2.4
Papers122
Citations929
Journal Papers 115
Publication Date
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Harnessing Superelasticity for Efficient Load Transfer in NiTi–Graphene Composites
deleteShape Memory and Superelasticity
IF2.4
delete2026-09-28
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deleteArpit Agrawal; Jonathan Charleston; Reza Mirzaeifar
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Experimental Investigations and Functional Viability of Hot Air Actuation of Nitinol Shape Memory Alloys
deleteShape Memory and Superelasticity
IF2.4
delete2026-09-24
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PREAI
deleteK. S. Abbiramy; S. S. Mani Prabu; A. Thirumani Akash; R. Pradeep
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Correction to: Direct Comparison of Molecular Dynamics Models for Superelasticity in NiTi
deleteShape Memory and Superelasticity
IF2.4
delete2026-09-17
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deleteDaegun You; Ahmed Sameer Khan Mohammed; Huseyin Sehitoglu
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Influence of Rapid Dynamic Loading on the Seismic Performance of Large-Scale Shape Memory Alloy Members
deleteShape Memory and Superelasticity
IF2.4
delete2026-09-17
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PREAI
deleteShengquan Yan; Sasa Cao
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Effect of Rolling at Cryogenic Temperature on the Shape Memory Cu–26.84Zn–5.37Al Alloy
deleteShape Memory and Superelasticity
IF2.4
delete2026-09-09
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deleteY. L. Avila-Avila; Andrés G. Soriano Carranza; Omar Novelo-Peralta; Ignacio Alejandro Figueroa; Ramiro Bazáez; Antonio Enrique Salas Reyes; T. E. Soto; G. A. Lara-Rodríguez
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Special Issue Honoring Professor Yinong Liu
deleteShape Memory and Superelasticity
IF2.4
delete2026-09-09
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PREAI
deleteTae-hyun Nam; Petr Sittner; Annalisa Fortini
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Additive Manufacturing of Shape Memory Alloys: A Review of Data Gaps and Opportunities
deleteShape Memory and Superelasticity
IF2.4
delete2026-09-08
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PREAI
deleteJamila Khanfri; Othmane Benafan; Peter E. Caltagirone; Sayed E. Saghaian; Aaron P. Stebner
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Identification, Processing, and Characterization of Thermomechanically Stable Low-Hysteresis Shape Memory Alloys for Aerospace Applications
deleteShape Memory and Superelasticity
IF2.4
delete2026-08-30
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PREAI
deleteAndre L. Montagnoli; Marcus L. Young; Christoph Somsen; Jan A. Frenzel; Gunter Eggeler; F. Tad Calkins; Douglas E. Nicholson
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Elastoresistance Analysis of NiTi Shape Memory Alloys: Effects of Small Cyclic Strain Along the <001> Austenite Direction
deleteShape Memory and Superelasticity
IF2.4
delete2026-08-27
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deleteS. Knudsen; M. Golombiewski; T. R. Thomas; A. Kreyssig; J. Frenzel; A. E. Böhmer
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Influence of Hf/Zr Ratio on Martensitic Transformation and Functional Behaviour of High-Entropy (Ti,Hf,Zr)50(Ni,Cu,Co)50 Shape Memory Alloys
deleteShape Memory and Superelasticity
IF2.4
delete2026-08-07
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PREAI
deleteNatalia Resnina; Sergey Belyaev; Aleksei Sibirev; Irina Ponikarova; Aleksei Ivanov; Rashid Bikbaev; Andrey Bazlov; Vladimir Kalganov
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Tailoring Micro- and Nanostructures to Optimize the Functional Response of FeMnAlNi-Based Shape Memory Alloys
deleteShape Memory and Superelasticity
IF2.4
delete2026-08-04
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deleteCarolin Knab; Johanna-Maria Frenck; Dominik Janoschka; Wenwen Song; Thomas Niendorf
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Changes in the Structural-Phase State of Ti49.3Ni50.7 Alloy at the Initial Stages of Aging After Quenching from the B2-Phase Homogeneity Region
deleteShape Memory and Superelasticity
IF2.4
delete2026-07-29
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PREAI
deleteA. Lotkov; R. Laptev; Y. Mironov; K. Krukovskii; A. Gusarenko
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Filament-Level Thermal, Structural, Mechanical, and Shape-Memory Characterization of PLA/Fe3O4 Composite Feedstocks for Magnetically Responsive FDM
deleteShape Memory and Superelasticity
IF2.4
delete2026-07-29
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deleteBegüm Rahman; Cemile Bardak; Ahu Celebi; Alireza Behvar; Mohammad Elahinia
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Multiphysics Simulation of Wire-Laser Directed Energy Deposition of NiTi: Melt Pool Dynamics and Experimental Validation
deleteShape Memory and Superelasticity
IF2.4
delete2026-07-16
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PREAI
deleteMohammad Javad Abdollahzadeh; Alireza Behvar; Hossein Abedi; Hediyeh Dabbaghi; Mohammad Elahinia
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Characterizing the Thermomechanical Behavior of NiTiHf Shape Memory Alloys Using Small Punch Testing
deleteShape Memory and Superelasticity
IF2.4
delete2026-07-16
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PREAI
deleteAlejandro Padilla-Gonzalez; Andre Montagnoli; Marcus L. Young; Martin Abendroth; Bjoern Kiefer
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Deformation Mechanisms of a TiHfZrNbTa High Entropy Superelastic Alloy by In Situ Synchrotron Based DCT and 3DXRD Techniques
deleteShape Memory and Superelasticity
IF2.4
delete2026-07-09
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deleteLéo Thiercelin; Xavier Morel; Laurent Peltier; Charles Romain; Denis Bouscaud; Wolfgang Ludwig; Jon Wright; Wafa Elmay; Benoit Malard; Sophie Berveiller
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Plastic Deformation of B19′ Martensite by Kwinking: Where it Matters in NiTi Technology
deleteShape Memory and Superelasticity
IF2.4
delete2026-06-22
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deleteP. Šittner; H. Seiner; P. Sedlák; O. Molnárová; L. Kadeřávek; O. Tyc; E. Iaparova; L. Heller
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Outreach Workshop on Shape Memory Material
deleteShape Memory and Superelasticity
IF2.4
delete2026-06-21
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PREAI
deleteDominique Schryvers; Saeid Pourbabak; Jan Poppeliers; Wim Huyge; Nathalie Claes
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Announcing the Shape Memory and Superelasticity 2025 Editor’s Choice Selections
deleteShape Memory and Superelasticity
IF2.4
delete2026-06-09
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PREAI
deleteHuseyin Sehitoglu
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Coupled Thermomechanical Modelling of Ni45Ti50Cu5 Shape Memory Alloy Actuators for High-Load Applications
deleteShape Memory and Superelasticity
IF2.4
delete2026-06-07
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deleteChristoph Peukert; Stefan Heiland; Thomas Hutsch; Mario Scholze; Jens Müller; Ludwig Leser; Martin F.-X. Wagner; Steffen Ihlenfeldt
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