This paper presents a method to estimate the magnetic properties and width of a damaged area which is the result of the carried out punching process. Both a finite-element method (FEM) numerical model and a method for estimating the damaged area width are proposed based on data obtained from the noninvasive measurements as well as on an experimental study of the crystallographic structure. In addition, the authors propose an algorithm, using the FEM numerical model, to identify the equivalent magnetic properties of the material in the damaged area. The results obtained from the FEM model were compared with those obtained by the analytical formula proposed earlie
The paper considers the Rockwell hardness investigation by finite element simulation in inspection s...
This thesis provides a quantitative analysis of degradation of magnetic properties due to guillotine...
This work is a study of a punching process using the ABAQUS/Explicit FE- code. A damage model based...
This paper presents a method to estimate the magnetic properties and width of a damaged area which i...
In this article, a finite element (FE) modeling of the punching effect on the magnetic properties of...
Electrical steel sheets of motors and generators are usually shaped to the final form by punching. T...
The paper presents a method to determine the effects due to the punching process on soft magnetic ma...
The cutting process has a substantial influence on the ferromagnetic material properties of electric...
Cutting leads to a certain local magnetic material degradation of the electrical steel sheet. Moreov...
The stresses and strains generated during punching of electrical steel laminations degenerate the ma...
Electric motors with relatively small dimensions are widely used, among others, in household applian...
This paper introduces a new measurement setup for extraction of the local magnetic properties. With ...
National audienceMagnetic non destructive methods are widely used in the industries of steel since m...
The metal magnetic memory method is a novel technique for monitoring fatigue cracks in steel structu...
This thesis focuses on the effects of mechanical punching process on magnetic properties of electric...
The paper considers the Rockwell hardness investigation by finite element simulation in inspection s...
This thesis provides a quantitative analysis of degradation of magnetic properties due to guillotine...
This work is a study of a punching process using the ABAQUS/Explicit FE- code. A damage model based...
This paper presents a method to estimate the magnetic properties and width of a damaged area which i...
In this article, a finite element (FE) modeling of the punching effect on the magnetic properties of...
Electrical steel sheets of motors and generators are usually shaped to the final form by punching. T...
The paper presents a method to determine the effects due to the punching process on soft magnetic ma...
The cutting process has a substantial influence on the ferromagnetic material properties of electric...
Cutting leads to a certain local magnetic material degradation of the electrical steel sheet. Moreov...
The stresses and strains generated during punching of electrical steel laminations degenerate the ma...
Electric motors with relatively small dimensions are widely used, among others, in household applian...
This paper introduces a new measurement setup for extraction of the local magnetic properties. With ...
National audienceMagnetic non destructive methods are widely used in the industries of steel since m...
The metal magnetic memory method is a novel technique for monitoring fatigue cracks in steel structu...
This thesis focuses on the effects of mechanical punching process on magnetic properties of electric...
The paper considers the Rockwell hardness investigation by finite element simulation in inspection s...
This thesis provides a quantitative analysis of degradation of magnetic properties due to guillotine...
This work is a study of a punching process using the ABAQUS/Explicit FE- code. A damage model based...