Forming Behavior of Manganese-Boron Steel 22MnB5 while Cooling according to its Microstructural Development

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Location: Deutsche Nationalbibliothek Frankfurt am Main

Extent: Online-Ressource

Language: Englisch

Notes: In: 3rd International Conference COMAT on Recent Trends in Structural Materials Nov 19th - 21st 2014 Parkhotel Plzen, Czech Republic, EU

Keyword: Formhärten

Event: Veröffentlichung

(where): Chemnitz

(who): Universitätsbibliothek Chemnitz

(when): 2015

Event: Veröffentlichung

(where): Chemnitz

(who): Technische Universität Chemnitz

(when): 2015

Creator: Birnbaum, Peter
Kräusel, Verena
Landgrebe, Dirk

URN: urn:nbn:de:bsz:ch1-qucosa-170323

Rights: Der Zugriff auf das Objekt ist unbeschränkt möglich.

Last update: 25.03.2025, 1:46 PM CET

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Associated

Birnbaum, Peter
Kräusel, Verena
Landgrebe, Dirk
Universitätsbibliothek Chemnitz
Technische Universität Chemnitz

Time of origin

2015

Other Objects (12)

Local Heat Treatment in Draw Bending for Profiles of Manganese Boron Steel 22MnB5

Local Heat Treatment in Draw Bending for Profiles of Manganese Boron Steel 22MnB5

Development of an alternative heating method for manganese boron steel

Hochschulschrift

Development of an alternative heating method for manganese boron steel

B5: [Karte des Ostjordanlandes] Band B5

Band

B5: [Karte des Ostjordanlandes] Band B5

Kapitel

B.5 Aufsätze

Illustration

Tab B5

Kapitel

B.5 Aufsätze

Determination of hydrogen transport behaviour in Boron-Manganese steels using different methods and boundary conditions

Determination of hydrogen transport behaviour in Boron-Manganese steels using different methods and boundary conditions

Effect of molybdenum, aluminium and boron on the phase transformation in 4 wt.–% manganese steels

Effect of molybdenum, aluminium and boron on the phase transformation in 4 wt.–% manganese steels

Abschnitt

MANGANESE

$Hydrogen embrittlement in austenitic high manganese lightweight steel : effect of $\kappa$-carbides precipitation and boron doping$

Hydrogen embrittlement in austenitic high manganese lightweight steel : effect of $\kappa$-carbides precipitation and boron doping

Abschnitt

B.6. B.5. B.4.

Hydrophosphination of boron–boron multiple bonds

Hydrophosphination of boron–boron multiple bonds

Local Heat Treatment in Draw Bending for Profiles of Manganese Boron Steel 22MnB5

Local Heat Treatment in Draw Bending for Profiles of Manganese Boron Steel 22MnB5

Development of an alternative heating method for manganese boron steel

Hochschulschrift

Development of an alternative heating method for manganese boron steel

B5: [Karte des Ostjordanlandes] Band B5

Band

B5: [Karte des Ostjordanlandes] Band B5

Kapitel

B.5 Aufsätze

Illustration

Tab B5

Kapitel

B.5 Aufsätze

Determination of hydrogen transport behaviour in Boron-Manganese steels using different methods and boundary conditions

Determination of hydrogen transport behaviour in Boron-Manganese steels using different methods and boundary conditions

Effect of molybdenum, aluminium and boron on the phase transformation in 4 wt.–% manganese steels

Effect of molybdenum, aluminium and boron on the phase transformation in 4 wt.–% manganese steels

Abschnitt

MANGANESE

$Hydrogen embrittlement in austenitic high manganese lightweight steel : effect of $\kappa$-carbides precipitation and boron doping$

Hydrogen embrittlement in austenitic high manganese lightweight steel : effect of $\kappa$-carbides precipitation and boron doping

Abschnitt

B.6. B.5. B.4.

Hydrophosphination of boron–boron multiple bonds

Hydrophosphination of boron–boron multiple bonds

Local Heat Treatment in Draw Bending for Profiles of Manganese Boron Steel 22MnB5

Local Heat Treatment in Draw Bending for Profiles of Manganese Boron Steel 22MnB5

Development of an alternative heating method for manganese boron steel

Hochschulschrift

Development of an alternative heating method for manganese boron steel

B5: [Karte des Ostjordanlandes] Band B5

Band

B5: [Karte des Ostjordanlandes] Band B5

Kapitel

B.5 Aufsätze

Illustration

Tab B5

Kapitel

B.5 Aufsätze

Determination of hydrogen transport behaviour in Boron-Manganese steels using different methods and boundary conditions

Determination of hydrogen transport behaviour in Boron-Manganese steels using different methods and boundary conditions

Effect of molybdenum, aluminium and boron on the phase transformation in 4 wt.–% manganese steels

Effect of molybdenum, aluminium and boron on the phase transformation in 4 wt.–% manganese steels

Abschnitt

MANGANESE

$Hydrogen embrittlement in austenitic high manganese lightweight steel : effect of $\kappa$-carbides precipitation and boron doping$

Hydrogen embrittlement in austenitic high manganese lightweight steel : effect of $\kappa$-carbides precipitation and boron doping

Abschnitt

B.6. B.5. B.4.

Hydrophosphination of boron–boron multiple bonds

Hydrophosphination of boron–boron multiple bonds

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