A novel stress-induced martensitic transformation in a single-phase refractory high-entropy alloy

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

Overview

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Material Science

Alloy Material Science

High Entropy Alloys Material Science

Ductility Material Science

Yield Stress Material Science

Martensite Material Science

Keyphrases

Stress-induced Mart... Keyphrases

Medium-entropy Allo... Keyphrases

Novelty Stress Keyphrases

Orthorhombic Keyphrases

Metastable Alloys Keyphrases

Yield Strength Keyphrases

Lattice Distortion Keyphrases

Alloy Design Keyphrases

Martensite Keyphrases

Hexagonal Close-pac... Keyphrases

Design Approach Keyphrases

Strength-ductility ... Keyphrases

Alloy Development Keyphrases

Transformation Path... Keyphrases

Good Yield Keyphrases

Elastic Distortion Keyphrases

Phase Stress Keyphrases

D Electrons Keyphrases

High-entropy Alloy Keyphrases

Distortion Power Keyphrases

Severe Lattice Dist... Keyphrases

Strength-ductility ... Keyphrases

Phase Configuration Keyphrases

Lattice Stress Keyphrases

INIS

phase transformatio... INIS

refractories INIS

orthorhombic lattic... INIS

yield strength INIS

configuration INIS

martensite INIS

hexagonal close pac... INIS

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