A narrative review synthesizes translational engineering advances combining bioadaptive materials, embedded microscale sensors, and closed-loop control algorithms to advance motion-preserving ...
A Nature Energy review finds that caloric cooling technologies could eliminate high-global-warming-potential refrigerants, but a persistent gap between material performance ...
Researchers demonstrated that friction stir welding can successfully butt-weld thin-sheet Nitinol with AA6061 aluminum alloy, whereas pairings with AA2024 yielded ...
Researchers have used hot rolling and cyclic heat treatment to push a low-cost copper-aluminum-manganese shape memory alloy to record superelastic ...
Germany's DFG is funding nine new Research Units with roughly 40 million euros, spanning topics from wetland history and synaptic ...
A new perspective in Advanced Materials Joining details how microjoining technologies, from laser microwelding to solid-state bonding, underpin the fabrication ...
Researchers have demonstrated a heat-driven elastocaloric cooling system in which one shape memory alloy converts low-grade heat into mechanical work ...
A new triboinformatics study uses gradient boosting, deep learning, and interpretable AI to accurately predict wear and friction in Nitinol ...
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