The four‐point alternating current potential drop (ACPD) method has the potential to evaluate different depths of case hardening in steel. The potential drop was measured on a series of induction‐hardened and carburized steel rod samples. It was shown that four‐point ACPD is a promising technique for distinguishing between different depths of case hardening. Especially in the low‐frequency range of the real part of the normalized impedance, there is very good distinction between different case depths of the samples
The a.c. field measurement technique makes use of the skin effect in which on a.c. field applied to ...
Analysis of the electromagnetic (EM) properties of power station steels, measured using a non-contac...
The need of a nondestructive testing of surface decarburization on steels is very high, since, at th...
Case hardening treatments offer a means of enhancing the strength and wear properties of parts made ...
The case-hardening process modifies the near-surface permeability and conductivity of steel, as can ...
The transient electrical potential drop of a four point probe has been calculated for the case where...
The objective of this study was to improve the accuracy and reliability of nondestructive case depth...
The alternating current field measurement (acfm) technique of crack detection and measurement in met...
The problem of inspecting case-hardened steel has been of interest to industry for some time. A reli...
The four point direct current potential drop (DCPD) technique is used to measure electrical conducti...
This paper reports on a self‐consistent, swept frequency eddy current (SFEC) technique for character...
Analysis of the electromagnetic (EM) properties of power station steels, measured using a non-contac...
Analysis of the electromagnetic (EM) properties of power station steels, measured using a non-contac...
Defects such as cracks can cause dangerous damage to the metal structure and may lead to structural ...
The most widely used thermochemical process for surface hardening of steels is case hardening. Using...
The a.c. field measurement technique makes use of the skin effect in which on a.c. field applied to ...
Analysis of the electromagnetic (EM) properties of power station steels, measured using a non-contac...
The need of a nondestructive testing of surface decarburization on steels is very high, since, at th...
Case hardening treatments offer a means of enhancing the strength and wear properties of parts made ...
The case-hardening process modifies the near-surface permeability and conductivity of steel, as can ...
The transient electrical potential drop of a four point probe has been calculated for the case where...
The objective of this study was to improve the accuracy and reliability of nondestructive case depth...
The alternating current field measurement (acfm) technique of crack detection and measurement in met...
The problem of inspecting case-hardened steel has been of interest to industry for some time. A reli...
The four point direct current potential drop (DCPD) technique is used to measure electrical conducti...
This paper reports on a self‐consistent, swept frequency eddy current (SFEC) technique for character...
Analysis of the electromagnetic (EM) properties of power station steels, measured using a non-contac...
Analysis of the electromagnetic (EM) properties of power station steels, measured using a non-contac...
Defects such as cracks can cause dangerous damage to the metal structure and may lead to structural ...
The most widely used thermochemical process for surface hardening of steels is case hardening. Using...
The a.c. field measurement technique makes use of the skin effect in which on a.c. field applied to ...
Analysis of the electromagnetic (EM) properties of power station steels, measured using a non-contac...
The need of a nondestructive testing of surface decarburization on steels is very high, since, at th...