In hypereutectoid steels, determination of interlamellar spacing is essential to microstructural characterization, since both static and dynamic properties...
Materials Science and Engineering A, 2 janvier 2003, Volume : 339, Numéro : 1-2
Hypereutectoid steels of 1% carbon, alloyed with high silicon and microalloying levels of vanadium were subjected to dynamic recrystallization. It was found...
Materials Science and Technology, 22 novembre 2004, Volume : 20, Numéro : 11
A softening mechanism for dynamic recrystallisation has been determined through analysis of the continuous compression flow curves of both hypoeutectoid and...
The metadynamic and static recrystallization behavior in hypereutectoid steel containing 1% carbon was determined by hot compression testing. Compression tests...
Microscopy and Microanalysis, 9 septembre 2005, Volume : 11
For the measurement of the characteristics of lamellar structures, such as pearlite (Fe 3 C and ferrite) in steel and Widmanstätten alpha-beta in titanium...
Metallurgical and Materials Transactions, 9 septembre 2005, Volume : 36, Numéro : 9
The effect of prior-austenite grain size and transformation temperature on nodule size and colony size of hypereutectoid steels containing 1 pct carbon with...
The transformation behavior under continuous cooling conditions was investigated for four hypereutectoid steels of 1% carbon with different microalloying...