Common wisdom to improve ductility of bulk metallic glasses (BMGs) is to introduce local loose packing regions at the expense of strength. Here the authors enhance structural fluctuations of BMGs by introducing dense local packing regions, resulting in simultaneous increase of ductility and strength
Structural rejuvenation is vital and attractive for modulating the energetic state and structural he...
Fe-based bulk metallic glasses (BMGs) have attracted great attention due to their unique magnetic an...
The structural origins for the high plasticity of a Zr 53Cu 18.7Ni 12Al 16.3 (at.%) bulk metallic gl...
The great technological potential for bulk metallic glasses (BMGs) arises primarily because of their...
Offering a unique suite of mechanical, physical, and chemical properties, bulk metallic glasses (BMG...
Cu50Zr45Al5 bulk metallic glass (BMG) presents high fracture strength. For improving its plasticity ...
In order to identify key physical factor controlling the deformation and fracture behavior of bulk\u...
A bulk metallic glass (BMG) composite with large tensile ductility and work-hardening capability (se...
Grain size refinement is a well known technique to improve mechanical properties of metallic alloys....
Metallic glasses (MGs) typically have high yield strength while low ductility, and the latter is com...
An intrinsic plastic Cu(45)Zr(46)Al(7)Ti(2) bulk metallic glass (BMG) with high strength and superio...
Pre-plastic deformation (PPD) treatments on bulk metallic glasses (BMGs) have previously been shown ...
Metallic glasses (MGs) have a series of excellent mechanical, physical, chemical and other propertie...
In addition to extremely high strength, manufacturing temperatures of bulk metallic glasses (BMGs) r...
Bulk metallic glasses are a group of alloys with amorphous atomic structure. When these alloys cool ...
Structural rejuvenation is vital and attractive for modulating the energetic state and structural he...
Fe-based bulk metallic glasses (BMGs) have attracted great attention due to their unique magnetic an...
The structural origins for the high plasticity of a Zr 53Cu 18.7Ni 12Al 16.3 (at.%) bulk metallic gl...
The great technological potential for bulk metallic glasses (BMGs) arises primarily because of their...
Offering a unique suite of mechanical, physical, and chemical properties, bulk metallic glasses (BMG...
Cu50Zr45Al5 bulk metallic glass (BMG) presents high fracture strength. For improving its plasticity ...
In order to identify key physical factor controlling the deformation and fracture behavior of bulk\u...
A bulk metallic glass (BMG) composite with large tensile ductility and work-hardening capability (se...
Grain size refinement is a well known technique to improve mechanical properties of metallic alloys....
Metallic glasses (MGs) typically have high yield strength while low ductility, and the latter is com...
An intrinsic plastic Cu(45)Zr(46)Al(7)Ti(2) bulk metallic glass (BMG) with high strength and superio...
Pre-plastic deformation (PPD) treatments on bulk metallic glasses (BMGs) have previously been shown ...
Metallic glasses (MGs) have a series of excellent mechanical, physical, chemical and other propertie...
In addition to extremely high strength, manufacturing temperatures of bulk metallic glasses (BMGs) r...
Bulk metallic glasses are a group of alloys with amorphous atomic structure. When these alloys cool ...
Structural rejuvenation is vital and attractive for modulating the energetic state and structural he...
Fe-based bulk metallic glasses (BMGs) have attracted great attention due to their unique magnetic an...
The structural origins for the high plasticity of a Zr 53Cu 18.7Ni 12Al 16.3 (at.%) bulk metallic gl...