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Effect of structure of boron steels on their resistance to brittle fracture = : Der Struktureinfluss von Bor-Stählen auf deren Widerstand gegen Sprödbrüchigkeit

In the present work two grades of steels B27 and 28MCB5 called boron steels manufactured by two known companies were examined. The steels belong to the group of abrasion resistant steels and are intendant to be hardened and tempered. However the steels are delivered in different states with differen... Full description

Kongresse: International Congress Machinery 2011.09.19-2011.09.21 Varna, BG
MTM 8 2011.09.19-2011.09.21 Varna, BG
International Congress Machines 2011.09.19-2011.09.21 Varna, BG
MTM 2011 2011.09.19-2011.09.21 Varna, BG
Contained in: MTM, International Congress Machines, Technologies, Materials, 8 (2011), p. 175-176
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Additional Keywords: ABRIEBFESTIGKEIT
ANLASSEN:WAERMEBEHANDLUNG
BOR
CHEMISCHE-ZUSAMMENSETZUNG
HAERTEN:METALL
KOHLENSTOFFARMER-STAHL
MANGAN-BOR-STAHL
MIKROGEFUEGE
NIEDRIGLEGIERTER-STAHL
RASTERELEKTRONENMIKROSKOPIE
SCHLAGFESTIGKEIT
SCHWEISSBARKEIT
SPROEDBRUCHVERHALTEN
TEMPERATUREINFLUSS
ZAEHFESTIGKEIT
Notes: Copyright: Metadaten: TEMA, Copyright WTI-Frankfurt eG
Copyright: (C) Alle Rechte beim Herausgeber
Physical Description: 2 Seiten, 10 Bilder, 2 Tabellen, 4 Quellen
PPN (Catalogue-ID): WTI05068051X
Note: WTI TEMA DB
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Internes Format
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520 |a In the present work two grades of steels B27 and 28MCB5 called boron steels manufactured by two known companies were examined. The steels belong to the group of abrasion resistant steels and are intendant to be hardened and tempered. However the steels are delivered in different states with different structure. Because the steels are used in construction of big machines, which are subjected to dynamic loading, it is important to know what is their resistant to brittle fracture in condition of work. Impact strength of the steels at different temperatures and with different structures was investigated. An exact fractographic analysis of examined steels along with impact test was carried out. Some structures of the steels show brittle fracture at relatively high temperatures. 
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