Mesoscopic free energy as a framework for modeling shape memory alloys
W Ballew, S Seelecke - Journal of Intelligent Material …, 2019 - journals.sagepub.com
This article presents a reinterpretation of the one-dimensional shape memory alloy model by
Müller, Achenbach, and Seelecke (MAS) that offers extended capabilities and a simpler …
Müller, Achenbach, and Seelecke (MAS) that offers extended capabilities and a simpler …
Deployment of a bulk metallic glass-based self-expandable stent in a patient-specific descending aorta
G Praveen Kumar, M Jafary-Zadeh… - ACS biomaterials science …, 2016 - ACS Publications
The emergence of bulk metallic glasses (BMGs) has been tantalizing in biomedical
applications such as development of novel cardiovascular stents. Numerous investigations …
applications such as development of novel cardiovascular stents. Numerous investigations …
Compliant Mechanisms Using Superelastic Nitinol
J Liu - 2012 - etda.libraries.psu.edu
NiTiNOL which is a nickel and titanium alloy exhibits the superelastic effect at desired
temperature so that it can provide large strain up to 10% under loading. The superelastic …
temperature so that it can provide large strain up to 10% under loading. The superelastic …
Mesoscopic free energy model for shape memory alloys under complex loading
W Ballew - 2021 - publikationen.sulb.uni-saarland.de
In this dissertation an existing model for uniaxial shape memory alloys (SMAs) is modified to
simultaneously have additional capabilities and a simpler formulation; it is then used as a …
simultaneously have additional capabilities and a simpler formulation; it is then used as a …