none6The interest towards LASER hardening of steels has been increasing since the last few years due to its undoubted advantages. The main drawback affecting this manufacturing technology is the tempering effect induced when multiple passes on the same surface must be carried out. In order to minimize the softening effect due to tempering and to speed up the process a numerical model for the simulation of the treatment is proposed. This model is able to detect the optimal LASER path trajectory according to the source parameters and the scanning velocity, and it is able to predict the resulting microstructures and the relating hardness. Some examples on an hypo-eutectoid steel are presented together with validation tests.noneG. Tani; L. Oraz...
The response of the hypo-eutectoid steel to laser hardening, which is measured as the depth of the i...
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
In this paper a numerical model for simulation of hypo eutectoid steel laser hardening process is pr...
The interest towards LASER hardening of steels has been increasing since the last few years due to i...
none6The interest towards LASER hardening of steels has been increasing since the last few years due...
The interest towards LASER hardening of steels has been increasing since the last few years due to i...
In this work a reliable and simple model to predict the hardness behavior in the surface layer durin...
The paper presents a mathematical model for the predicting of the material mechanical properties var...
The paper presents a mathematical model for predicting material mechanical property variation, in la...
This article presents an exhaustive mathematical model for the simulation of hypo-eutectoid carbon s...
In this paper a mathematical model solved by means of the finite differences method (FDM) for laser ...
none5In this paper a mathematical model solved by means of the finite differences method (FDM) for l...
This article illustrates the development of a complete and exhaustive mathematical model for the sim...
The response of the hypo-eutectoid steel to laser hardening, which is measured as the depth of the i...
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
In this paper a numerical model for simulation of hypo eutectoid steel laser hardening process is pr...
The interest towards LASER hardening of steels has been increasing since the last few years due to i...
none6The interest towards LASER hardening of steels has been increasing since the last few years due...
The interest towards LASER hardening of steels has been increasing since the last few years due to i...
In this work a reliable and simple model to predict the hardness behavior in the surface layer durin...
The paper presents a mathematical model for the predicting of the material mechanical properties var...
The paper presents a mathematical model for predicting material mechanical property variation, in la...
This article presents an exhaustive mathematical model for the simulation of hypo-eutectoid carbon s...
In this paper a mathematical model solved by means of the finite differences method (FDM) for laser ...
none5In this paper a mathematical model solved by means of the finite differences method (FDM) for l...
This article illustrates the development of a complete and exhaustive mathematical model for the sim...
The response of the hypo-eutectoid steel to laser hardening, which is measured as the depth of the i...
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
In this paper a numerical model for simulation of hypo eutectoid steel laser hardening process is pr...