AbstractThis paper investigates the magnetic properties and parameters measured from major/minor loops and used to characterise different microstructural feature distributions in P9 and T22 steel in different heat treatment or service conditions. The present study introduces a non-destructive way of selecting microstructural features of interest and/or excluding those of little relevance by examination of minor loop measurements at a selected range of applied fields and discusses the fundamental mechanism in terms of domain processes. There is remarkable consistency in magnetic behaviours and properties such as initial/incremental permeability values between the measurements by different techniques. This behaviour has been ascribed to the s...
In this study, a micro-magnetic non-destructive technique, namely magnetic Barkhausen emission (MBE)...
Now-a-days attempts are being made to use the inherent ferromagnetic properties to characterize stee...
Under constant high temperatures and pressure, the material undergoes mechanical creep degradation w...
This paper investigates the magnetic properties and parameters measured from major/minor loops and u...
AbstractThis paper investigates the magnetic properties and parameters measured from major/minor loo...
With the UK's aging power generation network, life-extension of steel plant components is a critical...
This paper presents results from a multi-frequency electromagnetic sensor used to evaluate the micro...
Grain size and precipitates have a significant effect on the mechanical properties of steels and it ...
Magnetic techniques are highly sensitive for microstructural characterisations in ferromagnetic mate...
Application of magnetic Barkhausen emission (MBE) analysis for assessment of microstructures and dam...
There are currently no techniques available to monitor the microstructural condition of power statio...
International audienceThe mechanical properties of steels are controlled by their microstructural pa...
The paper addresses the investigation of microstructures from AISI 52100 and AISI 4140 in hardened a...
Steel properties are controlled by its microstructural parameters, such as grain size, phase balanc...
The influence of tempering-induced microstructural changes on the micromagnetic parameters such as m...
In this study, a micro-magnetic non-destructive technique, namely magnetic Barkhausen emission (MBE)...
Now-a-days attempts are being made to use the inherent ferromagnetic properties to characterize stee...
Under constant high temperatures and pressure, the material undergoes mechanical creep degradation w...
This paper investigates the magnetic properties and parameters measured from major/minor loops and u...
AbstractThis paper investigates the magnetic properties and parameters measured from major/minor loo...
With the UK's aging power generation network, life-extension of steel plant components is a critical...
This paper presents results from a multi-frequency electromagnetic sensor used to evaluate the micro...
Grain size and precipitates have a significant effect on the mechanical properties of steels and it ...
Magnetic techniques are highly sensitive for microstructural characterisations in ferromagnetic mate...
Application of magnetic Barkhausen emission (MBE) analysis for assessment of microstructures and dam...
There are currently no techniques available to monitor the microstructural condition of power statio...
International audienceThe mechanical properties of steels are controlled by their microstructural pa...
The paper addresses the investigation of microstructures from AISI 52100 and AISI 4140 in hardened a...
Steel properties are controlled by its microstructural parameters, such as grain size, phase balanc...
The influence of tempering-induced microstructural changes on the micromagnetic parameters such as m...
In this study, a micro-magnetic non-destructive technique, namely magnetic Barkhausen emission (MBE)...
Now-a-days attempts are being made to use the inherent ferromagnetic properties to characterize stee...
Under constant high temperatures and pressure, the material undergoes mechanical creep degradation w...