The goal of this paper is to show how the heat treatment of steel can be modelled in terms of a mathematical optimal control problem. The approach is applied to laser surface hardening and the cooling of a steel slab including mechanical effects. Finally, it is shown how the results can be utilized in industrial practice by a coupling with machine-based control
The present paper deals with a software simulation system with the aim to completely model surface h...
An optimal control problem for the production of multiphase steel is investigated that takes into ac...
This article illustrates the development of a complete and exhaustive mathematical model for the sim...
The goal of this paper is to show how the heat treatment of steel can be modelled in terms of a math...
The goal of this paper is to show how the heat treatment of steel can be modelled in terms of a math...
We discuss control strategies for the laser surface hardening of steel. The goal is to acchieve a p...
We discuss control strategies for the surface hardening of steel with laser or electron beam. The go...
The paper deals with the modeling of laser hardening of steel bodies. This way of heat treatment bec...
We discuss control strategies for the laser surface hardening of steel. The goal is to achieve a pre...
Laser surface hardening of steel is formulated in terms of an optimal control problem, where the sta...
Laser surface hardening of steel is formulated in terms of an optimal control problem, where the sta...
The interest towards LASER hardening of steels has been increasing since the last few years due to i...
We discuss a model that is capable of describing the solid-solid phase transitions in steel. It cons...
Steel production and processing is both energy-intensive (2% of overall energy consumption) and one ...
The present paper deals with a software simulation system with the aim to completely model surface h...
The present paper deals with a software simulation system with the aim to completely model surface h...
An optimal control problem for the production of multiphase steel is investigated that takes into ac...
This article illustrates the development of a complete and exhaustive mathematical model for the sim...
The goal of this paper is to show how the heat treatment of steel can be modelled in terms of a math...
The goal of this paper is to show how the heat treatment of steel can be modelled in terms of a math...
We discuss control strategies for the laser surface hardening of steel. The goal is to acchieve a p...
We discuss control strategies for the surface hardening of steel with laser or electron beam. The go...
The paper deals with the modeling of laser hardening of steel bodies. This way of heat treatment bec...
We discuss control strategies for the laser surface hardening of steel. The goal is to achieve a pre...
Laser surface hardening of steel is formulated in terms of an optimal control problem, where the sta...
Laser surface hardening of steel is formulated in terms of an optimal control problem, where the sta...
The interest towards LASER hardening of steels has been increasing since the last few years due to i...
We discuss a model that is capable of describing the solid-solid phase transitions in steel. It cons...
Steel production and processing is both energy-intensive (2% of overall energy consumption) and one ...
The present paper deals with a software simulation system with the aim to completely model surface h...
The present paper deals with a software simulation system with the aim to completely model surface h...
An optimal control problem for the production of multiphase steel is investigated that takes into ac...
This article illustrates the development of a complete and exhaustive mathematical model for the sim...