The influence of carbon, manganese, chromium, nitrogen, vanadium, niobium and titanium on the properties of medium-carbon microalloyed steels has been studied. Included in the investigation are studies on the effects of processing conditions, particulary austenitizing (soaking) temperature, deformation temperature and the degree of deformation for laboratory-, pilot-scale and commercial heats. The influence of composition and processing conditions on microstructure and resulting mechanical properties is reported. Isoproperty diagrams for the range of vanadium-titanium and vanadium-niobium compositional variations studied are presented.This article is translated in English too.
Microalloying of medium-carbon steels for forged automotive components
Das Mikrolegieren von Stählen mit mittlerem Kohlenstoffgehalt für Schmiedestücke in der Autoindustrie
Titel russisch
1988
26 Seiten, 31 Bilder, 3 Tabellen, 9 Quellen
Conference paper
Russian
CARBONITRID , AUTOINDUSTRIE , UDSSR (SOWJETUNION) , NIEDRIGLEGIERTER STAHL , CHEMISCHE ZUSAMMENSETZUNG , GLUEHTEMPERATUR , AUSTENIT , KORNGROESSE , HALTEDAUER , MIKROGEFUEGE , WARMVERFORMUNG , TEMPERATUREINFLUSS , UMFORMGRAD , ZTU-SCHAUBILD , LEGIERUNGSELEMENT , KONZENTRATIONSEINFLUSS , ZUGFESTIGKEIT , STRECKGRENZE , CHARPY SPITZKERBSCHLAGVERSUCH , MESNAGER VERSUCH , UEBERGANG DUKTIL-SPROED , UEBERGANGSTEMPERATUR , WERKSTOFFGEFUEGE , CHROMSTAHL , CHROM-TITAN-STAHL , CHROM-VANADIUM-STAHL
Stronger steels by microalloying
Automotive engineering | 1983
|Role of microalloying in advanced sheet steels for automotive applications
Tema Archive | 2007
|Medium Carbon-Boron Steels for Automotive Components
Automotive engineering | 1982
|Modern development of forged components for automotive applications
British Library Conference Proceedings | 2008
|