1995
DOI: 10.1016/0921-5093(95)03309-2
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Shape memory properties of a two-phase NiAl plus Fe alloy

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Cited by 12 publications
(11 citation statements)
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“…In contrast, it was reported that two-way shape memory property of quenched NiA1-Fe alloy without aging was decreased with the increase of thermal cycles, and decreased almost to zero after 1x103 thermal circles [5]. It is clear that aging at 400°C for short time is a useful way to increase the fatigue life of two-way shape memory property of dualphase NiA1-Fe alloy.…”
Section: Microstructures and Phase Transformation Temperaturesmentioning
confidence: 89%
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“…In contrast, it was reported that two-way shape memory property of quenched NiA1-Fe alloy without aging was decreased with the increase of thermal cycles, and decreased almost to zero after 1x103 thermal circles [5]. It is clear that aging at 400°C for short time is a useful way to increase the fatigue life of two-way shape memory property of dualphase NiA1-Fe alloy.…”
Section: Microstructures and Phase Transformation Temperaturesmentioning
confidence: 89%
“…These results reveal that aging at a temperature lower than 400°C for short time is favorable for the one-way shape memory property of NiAl-Fe alloy and there is still possibility in application of NiAl -Fe alloys for smart materials and structures when the circumstance temperature is lower than 200°C. Two-way shape memory effect (TWSME) is an important property for shape memory alloys, NiAl-Fe alloys showed TWSME without training [5][6]. It was reported that one-way shape memory effect of NiAl-Fe alloy was increased by thermal-mechanical training [4].…”
Section: Introductionmentioning
confidence: 98%
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“…Интерметалдық қосылыстар -екі немесе одан да көп металл немесе жартылай металды элементтерден тұратын, құрылымы реттелген және жақсы үйлескен стехиометриядан тұратын қатты фазалар ретінде анықталады [5][6]. Олар жоғары балқу температурасына ие және қоршаған орта температурасында әдетте сынғыш болады.…”
Section: кіріспеunclassified
“…However, only a small bending shape memory effect was found due to its limited ductility [7][8][9]. Adding Fe to NiAl binary SMAs is used for ductility and SME improvement [10][11][12][13][14][15]. Some authors used rapid solidification to produce a ductile NiAlFe alloy with the quench-induced martensite structure that exhibited a reversible SME [13,16].…”
Section: Introductionmentioning
confidence: 96%