Workpieces from ferromagnetic materials influenced by machining can build magnetic fields, which can cause problems in production or application. One of the assumed causes of magnetism occurring in cutting processes is the change in the material structure due to the impact of the tool. To study these influences, milling tests are carried out. The magnetic field is measured by means of sensors functioning on the basis of the Hall effect. The coherences between geometry, kinematics, technological parameters, time dependency, and the magnetisation characteristics of the workpiece are considered
Ferromagnetic materials may be affected by the presence of local losses due to defects or magnetic a...
Electrical steel M470-50A belongs to the most often used materials in electrical machines. Due to th...
Electrical discharge machining (EDM) is one of the non-traditional machining techniques where the pr...
Workpieces from ferro-magnetic materials influenced by machining can build a magnetic field, which c...
AbstractThe higher the demands concerning the cleanliness of the component and the surface qualities...
The cutting process is a complex complex of physicochemical phenomena, which include the kinematics ...
The cutting process is a complex complex of physicochemical phenomena, which include the kinematics ...
AbstractThis paper aims to investigate the effects of heat treatment and magnetic field on the machi...
This thesis is about analyzing of one of the most important problems in mechanical engineering. Cutt...
This thesis is about analyzing of one of the most important problems in mechanical engineering. Cutt...
The paper presents a description of the phenomena occurring on the surface of the forging dies. A de...
AbstractThe article proposes a hypothesis on the nature of anti-adhesion processing method by the ma...
Magnetic properties are known to be crucial in the application of electrical steel and they are ther...
This paper presents the details of improvement of machinability of mild steel using magnetic cutting...
It is well established that laser cutting or mechanical cutting of nonoriented electrical steel caus...
Ferromagnetic materials may be affected by the presence of local losses due to defects or magnetic a...
Electrical steel M470-50A belongs to the most often used materials in electrical machines. Due to th...
Electrical discharge machining (EDM) is one of the non-traditional machining techniques where the pr...
Workpieces from ferro-magnetic materials influenced by machining can build a magnetic field, which c...
AbstractThe higher the demands concerning the cleanliness of the component and the surface qualities...
The cutting process is a complex complex of physicochemical phenomena, which include the kinematics ...
The cutting process is a complex complex of physicochemical phenomena, which include the kinematics ...
AbstractThis paper aims to investigate the effects of heat treatment and magnetic field on the machi...
This thesis is about analyzing of one of the most important problems in mechanical engineering. Cutt...
This thesis is about analyzing of one of the most important problems in mechanical engineering. Cutt...
The paper presents a description of the phenomena occurring on the surface of the forging dies. A de...
AbstractThe article proposes a hypothesis on the nature of anti-adhesion processing method by the ma...
Magnetic properties are known to be crucial in the application of electrical steel and they are ther...
This paper presents the details of improvement of machinability of mild steel using magnetic cutting...
It is well established that laser cutting or mechanical cutting of nonoriented electrical steel caus...
Ferromagnetic materials may be affected by the presence of local losses due to defects or magnetic a...
Electrical steel M470-50A belongs to the most often used materials in electrical machines. Due to th...
Electrical discharge machining (EDM) is one of the non-traditional machining techniques where the pr...