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Microstructural changes during the reheating of Y C HIRSCH and B A PARKER
Influence of silicon on the tempering of steel S J BARNARD G D W SMITH
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acicular ferrite aging alloy steels annealing atom probe austenite grain boundaries bainite behaviour carbide thickness carbon carbonitride cementite Charpy chromium cleavage cold rolled composition cooling rate crack DBTT decrease deformation diameter dislocation dual phase steels ductile effect electron embrittlement energy equation experimental F. B. PICKERING ferrite grain formability fracture surface fracture toughness grain boundary grain size heat treatment high strength hot rolled HSLA steels impact impurity inclusions increase initial interface intergranular fracture J. F. KNOTT lath levels lower martensite matrix mechanical properties microalloyed micrograph microstructure MN mº molybdenum Nb/C niobium nucleation º º observed occurs parameters particles pearlite phosphorus plane polygonal ferrite precipitates prior austenite grain quenched and tempered range recrystallization reheat samples segregation showing shown in Fig solution specimens steels containing structure Table temperature texture tion titanium Trans transformation ture vanadium void volume fraction weld metal yield strength