Add to ORKGUltrasonic inspection of large-grain stainless steel and stainless steel welds is difficult, and the results obtained are not easily interpreted. In the present study, the effects of stainless steel microstructure on ultrasonic test results are described, and several signal-processing techniques for enhancing ultrasonic flaw signals are discussed
Austenitic and dissimilar welds in thick walled components show a coarse grained, dendritic microstr...
Nuclear power plant primary circuit components are made from austenitic stainless steels. They provi...
CSS, used extensively for nuclear power plant components, has complex grain structures that compromi...
Spurious ultrasonic (UT) signals obtained during the examination of austenitic stainless steel welds...
Signal acquisition and analysis techniques were developed to permit locating notches placed in an au...
A tee joint weldment was produced from SAE 304L austenitic stainless steel plates by the shielded me...
The large grain size and anisotropic nature of stainless steel weld metal make conventional ultrason...
Ultrasonic testing is the main tool to inspect the structural integrity of primary circuit component...
When ultrasonically inspecting austenitic stainless steel, the objectives can be viewed as a require...
Austenitic stainless steel welds as well as dissimilar metal welds with nickel alloy filler material...
The Pacific Northwest National Laboratory (PNNL) has been involved with nondestructive examination o...
Since their invention in 1912, austenitic stainless steel materials are widely used in a variety of ...
International audienceThe ultrasonic inspection of the primary coolant piping of Pressurized Water R...
The inspection of cast stainless steel and stainless steel piping with a weld overlay is an importan...
Ultrasonic testing requires materials that are acoustically isotropic. The sound propagation is assu...
Austenitic and dissimilar welds in thick walled components show a coarse grained, dendritic microstr...
Nuclear power plant primary circuit components are made from austenitic stainless steels. They provi...
CSS, used extensively for nuclear power plant components, has complex grain structures that compromi...
Spurious ultrasonic (UT) signals obtained during the examination of austenitic stainless steel welds...
Signal acquisition and analysis techniques were developed to permit locating notches placed in an au...
A tee joint weldment was produced from SAE 304L austenitic stainless steel plates by the shielded me...
The large grain size and anisotropic nature of stainless steel weld metal make conventional ultrason...
Ultrasonic testing is the main tool to inspect the structural integrity of primary circuit component...
When ultrasonically inspecting austenitic stainless steel, the objectives can be viewed as a require...
Austenitic stainless steel welds as well as dissimilar metal welds with nickel alloy filler material...
The Pacific Northwest National Laboratory (PNNL) has been involved with nondestructive examination o...
Since their invention in 1912, austenitic stainless steel materials are widely used in a variety of ...
International audienceThe ultrasonic inspection of the primary coolant piping of Pressurized Water R...
The inspection of cast stainless steel and stainless steel piping with a weld overlay is an importan...
Ultrasonic testing requires materials that are acoustically isotropic. The sound propagation is assu...
Austenitic and dissimilar welds in thick walled components show a coarse grained, dendritic microstr...
Nuclear power plant primary circuit components are made from austenitic stainless steels. They provi...
CSS, used extensively for nuclear power plant components, has complex grain structures that compromi...