Add to ORKGThis article focuses on the method for detection and characterization of structural changes of magnetic materials due to tensile stress using Barkhausen effect. THe range of the change is determined from the root mean square value of the Barkhausen signal
Today Barkhausen Noise (BN) measurement is an efficient nondestructive technique for materials chara...
Stress affects the microstructure of the material to influence the durability and service life of th...
Magnetic Barkhausen noise (mBN) is known to be related to magnetization reversal mechanisms and the ...
This article focuses on the method for detection and characterization of structural changes of magne...
The magnetic Barkhausen Noise technique is a well suited method for the characterization of ferromag...
Ferromagnetic materials are widely used for a lot of artificial products such as cars, trains, ships...
Ferromagnetic materials are widely used for a lot of artificial products such as cars, trains, ships...
Ferromagnetic materials are widely used for various manufactured products such as cars, trains, and ...
The article describes the micromagnetic behavior of non- and pre-plastically deformed high strength ...
Ferromagnetic materials are widely used for various manufactured products such as cars, trains, and ...
The Magnetic Barkhausen Noise (MBN) technique can evaluate both micro- and macro-residual stresses, ...
A new method of the Barkhausen noise measurement and optimization of the measured data processing wi...
The magnetic Barkhausen effect, which appears as abrupt changes in magnetisation, occurs when a ferr...
AbstractThe Magnetic Barkhausen Noise (MBN) technique can evaluate both micro- and macro-residual st...
This paper reports about magnetic Barkhausen noise emission of the rail surface exposed to long time...
Today Barkhausen Noise (BN) measurement is an efficient nondestructive technique for materials chara...
Stress affects the microstructure of the material to influence the durability and service life of th...
Magnetic Barkhausen noise (mBN) is known to be related to magnetization reversal mechanisms and the ...
This article focuses on the method for detection and characterization of structural changes of magne...
The magnetic Barkhausen Noise technique is a well suited method for the characterization of ferromag...
Ferromagnetic materials are widely used for a lot of artificial products such as cars, trains, ships...
Ferromagnetic materials are widely used for a lot of artificial products such as cars, trains, ships...
Ferromagnetic materials are widely used for various manufactured products such as cars, trains, and ...
The article describes the micromagnetic behavior of non- and pre-plastically deformed high strength ...
Ferromagnetic materials are widely used for various manufactured products such as cars, trains, and ...
The Magnetic Barkhausen Noise (MBN) technique can evaluate both micro- and macro-residual stresses, ...
A new method of the Barkhausen noise measurement and optimization of the measured data processing wi...
The magnetic Barkhausen effect, which appears as abrupt changes in magnetisation, occurs when a ferr...
AbstractThe Magnetic Barkhausen Noise (MBN) technique can evaluate both micro- and macro-residual st...
This paper reports about magnetic Barkhausen noise emission of the rail surface exposed to long time...
Today Barkhausen Noise (BN) measurement is an efficient nondestructive technique for materials chara...
Stress affects the microstructure of the material to influence the durability and service life of th...
Magnetic Barkhausen noise (mBN) is known to be related to magnetization reversal mechanisms and the ...