Effects of Sn and Zr on the microstructure and mechanical properties of Ti-Ta-based shape memory alloys

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

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Shape Memory Effect Material Science
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Lattice Constant Material Science
50
Ultimate Tensile St... Material Science
50
Corrosion Resistanc... Material Science
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Young's Modulus Material Science
50
Martensite Material Science

Keyphrases

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Mechanical Properti... Keyphrases
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Microstructure Prop... Keyphrases
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Shape Memory Alloy Keyphrases
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Ti-Ta Keyphrases
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Zr Addition Keyphrases
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Microstructure Keyphrases
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Room Temperature Keyphrases
25
Corrosion Resistanc... Keyphrases
25
Lattice Parameter Keyphrases
25
Solution Treatment Keyphrases
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Tensile Strength Keyphrases
25
Zr Content Keyphrases
25
Martensite Phase Keyphrases
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Sn Content Keyphrases
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Low Young's Modulus Keyphrases
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Sn Addition Keyphrases
25
Toxic Elements Keyphrases
25
Binary Shape Keyphrases

INIS

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microstructure INIS
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mechanical properti... INIS
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alloys INIS
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shape memory effect INIS
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comparative evaluat... INIS
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solutions INIS
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temperature range 0... INIS
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quenching INIS
14
toxicity INIS
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corrosion resistanc... INIS
14
lattice parameters INIS
14
young modulus INIS
14
martensite INIS
14
tensile strength INIS

Engineering

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Shape Memory Alloy Engineering
50
Room Temperature Engineering
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Quenching Engineering
50
Young's Modulus Engineering
50
Ultimate Tensile St... Engineering
50
Martensite Engineering
50
Corrosion Resistanc... Engineering
50
Lattice Constant Engineering
50
Lattice Parameter Engineering
Research OutputsResearch Output authored by Effects of Sn and Zr on the microstructure and mechanical properties of Ti-Ta-based shape memory alloys is tagged with the concept