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This book introduces the principles of the response of steels to the austenitizing process and is intended to act as a source book for information and review purposes for metallurgists, metallurgical engineers and other materials scientists.
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This book introduces the principles of the response of steels to the austenitizing process and is intended to act as a source book for information and review purposes for metallurgists, metallurgical engineers and other materials scientists.
Produktdetails
- Produktdetails
- Verlag: Springer / Springer Netherlands
- Artikelnr. des Verlages: 978-1-85166-770-3
- 1992.
- Seitenzahl: 232
- Erscheinungstermin: 30. November 1992
- Englisch
- Abmessung: 222mm x 145mm x 18mm
- Gewicht: 513g
- ISBN-13: 9781851667703
- ISBN-10: 1851667709
- Artikelnr.: 23180811
- Verlag: Springer / Springer Netherlands
- Artikelnr. des Verlages: 978-1-85166-770-3
- 1992.
- Seitenzahl: 232
- Erscheinungstermin: 30. November 1992
- Englisch
- Abmessung: 222mm x 145mm x 18mm
- Gewicht: 513g
- ISBN-13: 9781851667703
- ISBN-10: 1851667709
- Artikelnr.: 23180811
Introduction. The process of crystallization and chemical segregation. The
formation of a crystal from a liquid. As-cast grain shape and size. Gross
chemical segregation in ingots. Dendritic segregation [Coring]. The
dendritic structure and chemical segregation of cast steel ingots.
Dendritic structure in steel ingots. Gross chemical segregation in steel
ingots. Dendritic segregation. Calculation of austenitizing temperature and
time for chemical homogenization. Removing gross segregation. Removing
dendritic segregation. Effect of homogenization on removing dendritic
segregation. Banding in steels. Review of the grain growth process. The
role of impurities in affecting grain growth. The effect of solutes. The
effect of insoluble particles. Particle coarsening. Grain growth in
austenite. Grain growth in pure iron. Grain growth in steels.
Austenitization of steels. The formation of austentite in pure iron. The
formation of austenite in steels. The formation of austenite from pearlite.
The growth rate of austenite forming in pearlite. The nucleation of
austenite in pearlite. The initial austenite grain size. The homogenization
of austenite. The formation of austenite from structures of primary ferrite
and pearlite and of primary iron carbide and pearlite. The formation of
austenite from a structure of spheroidized carbides in ferrite. The
formation of austenite from martensite. Examination of some models for
carbide dissolution in austenite. Summarizing comments. Heating to the
austenite region. Heat transfer relations. Some heating rate data. Closing
comments. Austenitizing treatments to remove chemical segregation, either
gross or dendritic, developed during solidification. Austenitizing as the
first step in heat treatment. A comment on references. Index.
formation of a crystal from a liquid. As-cast grain shape and size. Gross
chemical segregation in ingots. Dendritic segregation [Coring]. The
dendritic structure and chemical segregation of cast steel ingots.
Dendritic structure in steel ingots. Gross chemical segregation in steel
ingots. Dendritic segregation. Calculation of austenitizing temperature and
time for chemical homogenization. Removing gross segregation. Removing
dendritic segregation. Effect of homogenization on removing dendritic
segregation. Banding in steels. Review of the grain growth process. The
role of impurities in affecting grain growth. The effect of solutes. The
effect of insoluble particles. Particle coarsening. Grain growth in
austenite. Grain growth in pure iron. Grain growth in steels.
Austenitization of steels. The formation of austentite in pure iron. The
formation of austenite in steels. The formation of austenite from pearlite.
The growth rate of austenite forming in pearlite. The nucleation of
austenite in pearlite. The initial austenite grain size. The homogenization
of austenite. The formation of austenite from structures of primary ferrite
and pearlite and of primary iron carbide and pearlite. The formation of
austenite from a structure of spheroidized carbides in ferrite. The
formation of austenite from martensite. Examination of some models for
carbide dissolution in austenite. Summarizing comments. Heating to the
austenite region. Heat transfer relations. Some heating rate data. Closing
comments. Austenitizing treatments to remove chemical segregation, either
gross or dendritic, developed during solidification. Austenitizing as the
first step in heat treatment. A comment on references. Index.
Introduction. The process of crystallization and chemical segregation. The
formation of a crystal from a liquid. As-cast grain shape and size. Gross
chemical segregation in ingots. Dendritic segregation [Coring]. The
dendritic structure and chemical segregation of cast steel ingots.
Dendritic structure in steel ingots. Gross chemical segregation in steel
ingots. Dendritic segregation. Calculation of austenitizing temperature and
time for chemical homogenization. Removing gross segregation. Removing
dendritic segregation. Effect of homogenization on removing dendritic
segregation. Banding in steels. Review of the grain growth process. The
role of impurities in affecting grain growth. The effect of solutes. The
effect of insoluble particles. Particle coarsening. Grain growth in
austenite. Grain growth in pure iron. Grain growth in steels.
Austenitization of steels. The formation of austentite in pure iron. The
formation of austenite in steels. The formation of austenite from pearlite.
The growth rate of austenite forming in pearlite. The nucleation of
austenite in pearlite. The initial austenite grain size. The homogenization
of austenite. The formation of austenite from structures of primary ferrite
and pearlite and of primary iron carbide and pearlite. The formation of
austenite from a structure of spheroidized carbides in ferrite. The
formation of austenite from martensite. Examination of some models for
carbide dissolution in austenite. Summarizing comments. Heating to the
austenite region. Heat transfer relations. Some heating rate data. Closing
comments. Austenitizing treatments to remove chemical segregation, either
gross or dendritic, developed during solidification. Austenitizing as the
first step in heat treatment. A comment on references. Index.
formation of a crystal from a liquid. As-cast grain shape and size. Gross
chemical segregation in ingots. Dendritic segregation [Coring]. The
dendritic structure and chemical segregation of cast steel ingots.
Dendritic structure in steel ingots. Gross chemical segregation in steel
ingots. Dendritic segregation. Calculation of austenitizing temperature and
time for chemical homogenization. Removing gross segregation. Removing
dendritic segregation. Effect of homogenization on removing dendritic
segregation. Banding in steels. Review of the grain growth process. The
role of impurities in affecting grain growth. The effect of solutes. The
effect of insoluble particles. Particle coarsening. Grain growth in
austenite. Grain growth in pure iron. Grain growth in steels.
Austenitization of steels. The formation of austentite in pure iron. The
formation of austenite in steels. The formation of austenite from pearlite.
The growth rate of austenite forming in pearlite. The nucleation of
austenite in pearlite. The initial austenite grain size. The homogenization
of austenite. The formation of austenite from structures of primary ferrite
and pearlite and of primary iron carbide and pearlite. The formation of
austenite from a structure of spheroidized carbides in ferrite. The
formation of austenite from martensite. Examination of some models for
carbide dissolution in austenite. Summarizing comments. Heating to the
austenite region. Heat transfer relations. Some heating rate data. Closing
comments. Austenitizing treatments to remove chemical segregation, either
gross or dendritic, developed during solidification. Austenitizing as the
first step in heat treatment. A comment on references. Index.