Strain glass state, strain glass transition, and controlled strain release
D Wang, Y Ji, X Ren, Y Wang - Annual Review of Materials …, 2022 - annualreviews.org
Strain glass is a new strain state discovered recently in ferroelastic systems that is
characterized by nanoscale martensitic domains formed through a freezing transition. These …
characterized by nanoscale martensitic domains formed through a freezing transition. These …
Heterogeneities and strain glass behavior: Role of nanoscale precipitates in low-temperature-aged TiNi alloys
A frozen short-range, strain-ordered state has been observed in several doped
ferroelastic/martensitic alloys. The reported strain glass behavior has been attributed to …
ferroelastic/martensitic alloys. The reported strain glass behavior has been attributed to …
Dislocation induced strain glass in Ti50Ni45Fe5 alloy
Short-range strain-ordered strain glass (STG) appears when the kinetic limitation (local
stress field produced by random defects) is strong enough to suppress thermodynamic …
stress field produced by random defects) is strong enough to suppress thermodynamic …
Direct evidence for local symmetry breaking during a strain glass transition
Strain glass transition is a unique nanoscale displacive transition with local symmetry
breaking while maintaining the macroscopic symmetry or average structure unchanged. It …
breaking while maintaining the macroscopic symmetry or average structure unchanged. It …
A new mechanism for low and temperature-independent elastic modulus
Abstract The first Elinvar alloy, FeNiCr, which has invariant elastic modulus over a wide
temperature range, was discovered almost 100 years ago by Guillaume. The physical origin …
temperature range, was discovered almost 100 years ago by Guillaume. The physical origin …
Defect strength and strain glass state in ferroelastic systems
It has been shown both experimentally and by computer simulations that stress-carrying
defects can change a normal sharp first-order martensitic transformation (MT) to a …
defects can change a normal sharp first-order martensitic transformation (MT) to a …
Percolated strain networks and universal scaling properties of strain glasses
Strain glass is being established as a conceptually new state of matter in highly doped
alloys, yet the understanding of its microscopic formation mechanism remains elusive. Here …
alloys, yet the understanding of its microscopic formation mechanism remains elusive. Here …
Doping effects of point defects in shape memory alloys
Doping point defects into shape memory alloys (SMAs) influences their transformation
behaviors and mechanical properties. We propose a general Landau free energy model to …
behaviors and mechanical properties. We propose a general Landau free energy model to …
Laser filamentation as a new phase transition universality class
We show that the onset of laser multiple filamentation can be described as a critical
phenomenon that we characterize both experimentally and numerically by measuring a set …
phenomenon that we characterize both experimentally and numerically by measuring a set …
High temperature strain glass transition in defect doped Ti–Pd martensitic alloys
Strain glass alloys exhibit novel functionalities around their glass transition temperatureT0;
but T0 is too low for TiNi‐based strain glass alloys, restricting their potential applications. It is …
but T0 is too low for TiNi‐based strain glass alloys, restricting their potential applications. It is …