The significance of thermal fluctuations in nucleation in structural first-order phase transitions has been examined. The prototypical case of martensitic transitions has been experimentally investigated by means of acoustic emission techniques. We propose a model based on the mean first-passage time to account for the experimental observations. Our study provides a unified framework to establish the conditions for isothermal and athermal transitions to be observed
The first-order diffusionless structural transition in Cu67.64Zn16.71Al15.65 is characterized by jer...
Acoustic emission avalanche distributions are studied in different alloy systems that exhibit a phas...
We focus on athermal phase transitions where in discrete and dissipative avalanches are observed i...
The significance of thermal fluctuations in nucleation in structural first-order phase transitions h...
In this paper we study the evolution of the kinetic features of the martensitic transition in a Cu-A...
We report a detailed numerical investigation of a recently introduced two-dimensional model for squa...
We employ a fluctuation-based technique to investigate the athermal component associated with marten...
We employ a fluctuation-based technique to investigate the athermal component associated with marten...
Martensitic materials quenched from the austenite phase can show hugely different conversion kinetic...
We present an experimental study of phase-transition avalanches during the stress-induced formation ...
We focus on athermal phase transitions where in discrete and dissipative avalanches are observed in ...
In this paper we study the acoustic emission generated during the martensitic transition of Cu-based...
Martensitic materials quenched from the austenite phase can show hugely different conversion kinetic...
Restricted Access. An open-access version is available at arXiv.org (one of the alternative location...
The nucleation of bcc austenite in a single crystal of a mechanically stabilized 2H-martensite of Cu...
The first-order diffusionless structural transition in Cu67.64Zn16.71Al15.65 is characterized by jer...
Acoustic emission avalanche distributions are studied in different alloy systems that exhibit a phas...
We focus on athermal phase transitions where in discrete and dissipative avalanches are observed i...
The significance of thermal fluctuations in nucleation in structural first-order phase transitions h...
In this paper we study the evolution of the kinetic features of the martensitic transition in a Cu-A...
We report a detailed numerical investigation of a recently introduced two-dimensional model for squa...
We employ a fluctuation-based technique to investigate the athermal component associated with marten...
We employ a fluctuation-based technique to investigate the athermal component associated with marten...
Martensitic materials quenched from the austenite phase can show hugely different conversion kinetic...
We present an experimental study of phase-transition avalanches during the stress-induced formation ...
We focus on athermal phase transitions where in discrete and dissipative avalanches are observed in ...
In this paper we study the acoustic emission generated during the martensitic transition of Cu-based...
Martensitic materials quenched from the austenite phase can show hugely different conversion kinetic...
Restricted Access. An open-access version is available at arXiv.org (one of the alternative location...
The nucleation of bcc austenite in a single crystal of a mechanically stabilized 2H-martensite of Cu...
The first-order diffusionless structural transition in Cu67.64Zn16.71Al15.65 is characterized by jer...
Acoustic emission avalanche distributions are studied in different alloy systems that exhibit a phas...
We focus on athermal phase transitions where in discrete and dissipative avalanches are observed i...