This thesis covers a wide range of phenomena that are related to the peritectic phase transition in iron alloys: the primary solidification of the pro-peritectic solid phase, the nucleation of the peritectic phase at the parent liquid/solid interface and the rate and mechanism of the peritectic reaction as well as the subsequent peritectic transformation. A holistic approach was followed in order to not only investigate and characterize these different aspects individually, but rather to better understand the interconnection between these seemingly diverse phenomena in addition to gaining a more comprehensive understanding of this industrially important phase transition
Steel of peritectic composition is widely used globally in construction, automobile and energy gener...
In the continuous casting process, the shrinkage of the peritectic phase transition during the initi...
Three binds of solidifying regions, (L+δ), (L+δ+γ) and (L+γ) have been observed in an unidirectional...
This thesis deals with peritectic reactions and transformations that occur during the solidification...
© 2020, The Minerals, Metals & Materials Society. In situ observation of solidification in a high-te...
It is generally accepted that the peritectic reaction is controlled by diffusion of solute in the li...
The present investigation focuses on the solidification of peritectic binary alloys in the systems F...
This thesis presents the results of a study of two aspects of peritectic alloy solidification: L an ...
δ-iron and melted high carbon steel with carbon contents of the solvus and liquidus lines, respectiv...
We adopt a thermodynamically consistent multi-phase, multi-component phase-field model to investigat...
The article presents analysis of phase transformation characteristics, primary structure formation, ...
Changes in fractions of δ-ferrite, austenite and liquid phases during peritectic solidification in i...
Solidification and phase transformations in two commercial low‑carbon peritectic and non-peritectic ...
A model experiment was made for study on the effects of temperature on the reaction rate in isotherm...
The solidification path of peritectic steel Q345 was calculated and compared with in-situ observatio...
Steel of peritectic composition is widely used globally in construction, automobile and energy gener...
In the continuous casting process, the shrinkage of the peritectic phase transition during the initi...
Three binds of solidifying regions, (L+δ), (L+δ+γ) and (L+γ) have been observed in an unidirectional...
This thesis deals with peritectic reactions and transformations that occur during the solidification...
© 2020, The Minerals, Metals & Materials Society. In situ observation of solidification in a high-te...
It is generally accepted that the peritectic reaction is controlled by diffusion of solute in the li...
The present investigation focuses on the solidification of peritectic binary alloys in the systems F...
This thesis presents the results of a study of two aspects of peritectic alloy solidification: L an ...
δ-iron and melted high carbon steel with carbon contents of the solvus and liquidus lines, respectiv...
We adopt a thermodynamically consistent multi-phase, multi-component phase-field model to investigat...
The article presents analysis of phase transformation characteristics, primary structure formation, ...
Changes in fractions of δ-ferrite, austenite and liquid phases during peritectic solidification in i...
Solidification and phase transformations in two commercial low‑carbon peritectic and non-peritectic ...
A model experiment was made for study on the effects of temperature on the reaction rate in isotherm...
The solidification path of peritectic steel Q345 was calculated and compared with in-situ observatio...
Steel of peritectic composition is widely used globally in construction, automobile and energy gener...
In the continuous casting process, the shrinkage of the peritectic phase transition during the initi...
Three binds of solidifying regions, (L+δ), (L+δ+γ) and (L+γ) have been observed in an unidirectional...