An internal friction peak associated with martensite induced at low temperature in 18-8 stainless steel was observed. The mechanism of the peak is considered to be the same as that for the Snoek peak in α-iron
AbstractThis work presents the microstructural changes of a carbon steel during tempering at low tem...
The internal friction of a C-Mn-Al-V-N steel was investigated using a dynamic mechanical thermal ana...
Internal friction and Mossbauer techniques have been used to investigate the structure of C-Cr assoc...
An internal friction peak which is considered to be due to α' martensite phase in a cold worked 304L...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Anelastic measurements in the low frequency range have been made on a nickel reduced type metastable...
The literature on the internal friction of martensite, the theory of microplasticity, and the microp...
In this work, mechanical spectroscopy (internal friction) is used for a qualitative evaluation of in...
We want to discuss the interpretation of low-temperature shoulder internal friction peak of Snoek-Ko...
International audienceSnoek relaxation in interstitial bcc solid solutions is the origin of the Snoe...
The internal friction of cold worked dilute copper alloys (Cu-Ag and Cu-Au) is studied in the temper...
The internal friction of a C-Mn-Al-V-N steel was investigated using a dynamic mechanical thermal ana...
We have studied the microdeformation behaviour of pure iron at low temperature (4K - 250K). Two ther...
We study in high purity polycristalline aluminium and magnesium a strong internal friction peak P1 s...
AbstractThis work presents the microstructural changes of a carbon steel during tempering at low tem...
The internal friction of a C-Mn-Al-V-N steel was investigated using a dynamic mechanical thermal ana...
Internal friction and Mossbauer techniques have been used to investigate the structure of C-Cr assoc...
An internal friction peak which is considered to be due to α' martensite phase in a cold worked 304L...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Anelastic measurements in the low frequency range have been made on a nickel reduced type metastable...
The literature on the internal friction of martensite, the theory of microplasticity, and the microp...
In this work, mechanical spectroscopy (internal friction) is used for a qualitative evaluation of in...
We want to discuss the interpretation of low-temperature shoulder internal friction peak of Snoek-Ko...
International audienceSnoek relaxation in interstitial bcc solid solutions is the origin of the Snoe...
The internal friction of cold worked dilute copper alloys (Cu-Ag and Cu-Au) is studied in the temper...
The internal friction of a C-Mn-Al-V-N steel was investigated using a dynamic mechanical thermal ana...
We have studied the microdeformation behaviour of pure iron at low temperature (4K - 250K). Two ther...
We study in high purity polycristalline aluminium and magnesium a strong internal friction peak P1 s...
AbstractThis work presents the microstructural changes of a carbon steel during tempering at low tem...
The internal friction of a C-Mn-Al-V-N steel was investigated using a dynamic mechanical thermal ana...
Internal friction and Mossbauer techniques have been used to investigate the structure of C-Cr assoc...
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