Keywordsmetallic glass; refractory metal; glass forming ability; crystallization temperature; microhardness; metallic glasses; structural relaxation; interstitialcy theory; dumbbell interstitials; shear modulus; heat effects; elastic dipoles; metallic glasses; composites; powder metallurgy; mechanical characterization; bulk metallic glass; porous materials; Si lithography; thermoplastic forming; mechanical testing; shear band; microstructure; toughening mechanism; MD simulations; compositional analysis; metallic glass; amorphous alloy; wire casting; multi–strand casting; jet stability; metallic glass; relaxation; secondary relaxation; mechanical spectroscopy; amorphous alloy; aging; dynamic mechanical analysis; internal friction; viscoelasticity; anelasticity; soft magnetic material; bulk metallic glass; iron-based alloy; magnetization; coercivity; metallic glasses; icosahedral order; medium-range order; molecular dynamics simulation; glass-forming ability; Regge calculus; metallic glasses; amorphous alloys; zirconium alloys; corrosion; stress corrosion cracking; corrosion fatigue; hydrogen damage; shear bands; mechanical behavior; bulk metallic glasses; toughness; elastic properties; shear transformation zones; plasticity; indentation; metallic glasses; composites; rapid solidification; martensitic transformation; n/a
