Abstract
In wire made from high-temperature shape-memory alloys, partial substitution of palladium for nickel in NiTi increases the martensite to austenite transformation temperature, while minor boron additions increase the tensile ductility and formability. By heating deformed wires, transformation forces have been measured as a function of temperature. Further, the influence of variations in titanium level about stoichiometry on shape-memory behavior and tensile properties has also been determined.
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