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These systems work properly with little memory effect and sufficient blank level.
Shape memory alloys manifest two distinct characteristics, namely shape memory effect and superelastic effect.
Such condition jeopardises the transformation system to serve as a mechanism for shape memory effect and related properties.
Ni Mn Ga is chosen as a transducer material as it combines the shape memory effect and ferromagnetic properties.
In addition to reinforcement, SMPCs can enable or enhance athermal stimuli-active effects, novel shape memory effect, and new functions.
TiNi shape memory alloys (SMAs) could exhibit high damping capacity, as well as excellent shape memory effect and superelasticity.
Nickel titanium (NiTi) shape memory alloy is a unique material displaying the shape memory effect and superelastic property making it attractive to the orthopedic field.
The shape memory effect and super-elasticity of NiTi alloys allow for a novel surgical technique for gradual correction of spinal deformity.
Nickel titanium shape memory alloys (NiTi) have attracted much attention as orthopedic materials due to their shape memory effect and super-elasticity.
Fine (Ti,Hf 2Ni precipitates should be responsible for the improvement in shape memory effect and the superelasticity of Ti Ni Hf Cu ribbons.
A one-dimensional shape memory alloy model is proposed which is able to simulate main aspects of SMAs including martensite transformation/reorientation, shape memory effect and pseudo-elasticity.
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