An ultrasonic technique has been developed that enables measurement of grain size in uranium without metallographic preparation or destructive analysis. Pitch-catch ultrasonic analysis using transverse (shear) waves was conducted in the determination of grain size in wrought uranium parts
The use of ultrasonic attenuation for the determination of grain sizes in austenitic stainless steel...
This study evaluates the applicability of laser ultrasonics for metallurgy (LUMet) as a non-destruct...
We use short laser pulses to generate broadband ultrasonic pulses in polycrystalline materials and i...
It is accepted that the same features of microstructure that dominate α, attenuation of ultrasonic w...
In today’s world of rapid growth in the material sciences, knowledge of a material’s mechanical prop...
The method of measuring grain size of stainless steels at Allegheny Ludlum for application to most c...
In metals ultrasonic waves attenuate in different ways. The attenuation can be divided in different ...
Ultrasonic attenuation was measured for polycrystalline samples of nickel and copper with various gr...
The grain size of a material is an important engineering parameter which influences the mechanical p...
Attenuation coefficients of longitudinal ultrasonic waves in aluminium were measured by pulsed ultra...
Industrial inspection protocols are qualified using mock-ups manufactured according to the same proc...
Ultrasonic velocity measurements have been used to estimate average grain size in an AISI type 316 s...
Austenitic stainless steel welds as well as dissimilar metal welds with nickel alloy filler material...
Uranium dioxide pellets are used as fuel in Pressurized Water Reactors. These pellets require some d...
An ultrasonic wavelet passed through a solid material is attenuated as the wave advances. This loss ...
The use of ultrasonic attenuation for the determination of grain sizes in austenitic stainless steel...
This study evaluates the applicability of laser ultrasonics for metallurgy (LUMet) as a non-destruct...
We use short laser pulses to generate broadband ultrasonic pulses in polycrystalline materials and i...
It is accepted that the same features of microstructure that dominate α, attenuation of ultrasonic w...
In today’s world of rapid growth in the material sciences, knowledge of a material’s mechanical prop...
The method of measuring grain size of stainless steels at Allegheny Ludlum for application to most c...
In metals ultrasonic waves attenuate in different ways. The attenuation can be divided in different ...
Ultrasonic attenuation was measured for polycrystalline samples of nickel and copper with various gr...
The grain size of a material is an important engineering parameter which influences the mechanical p...
Attenuation coefficients of longitudinal ultrasonic waves in aluminium were measured by pulsed ultra...
Industrial inspection protocols are qualified using mock-ups manufactured according to the same proc...
Ultrasonic velocity measurements have been used to estimate average grain size in an AISI type 316 s...
Austenitic stainless steel welds as well as dissimilar metal welds with nickel alloy filler material...
Uranium dioxide pellets are used as fuel in Pressurized Water Reactors. These pellets require some d...
An ultrasonic wavelet passed through a solid material is attenuated as the wave advances. This loss ...
The use of ultrasonic attenuation for the determination of grain sizes in austenitic stainless steel...
This study evaluates the applicability of laser ultrasonics for metallurgy (LUMet) as a non-destruct...
We use short laser pulses to generate broadband ultrasonic pulses in polycrystalline materials and i...
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