Anfangsverformungs- und Alterungsverhalten von Dual-Phasen Stahl

Literaturverzeichnis
[1] Abe, H.: Carbide precipation during ageing treatments, Scan. J. of Met. 13, (1984),
S. 226-239.
[2] Ashby, M. F.: The deformation of plastically non-homogeneous materials, Phil. Mag.
21, (1969), S. 399-424.
[3] Barbe, F., Decker, L., Jeulin, D. und Cailletaud, G.: Intergranular and intragranular
behaviour of polycrystalline aggregates. Part 1: F. E. model, Int. J. Plast. 17, (2001),
S. 513-536.
[4] Barbe, F., Forest, S. und Cailletaud, G.: Intergranular and intragranular behaviour of
polycrystalline aggregates. Part 2: Results, Int. J. Plast. 17, (2001), S. 537-563.
[5] Barnett, D. M., Wong, G. und Nix, D.: The binding force between a Peierls-Nabarro
edge dislocation and a Fermi-Dirac solute atmosphere, Acta Met. 30, (1982), S. 2035-
2041.
[6] Barrand, P. und Leak, G. M.: On the density of dislocation atmospheres, Acta Met.
11, (1963), S. 158-160.
[7] Becker, J., Hornbogen, E. und Stratmann, P.: Dualphasen-Gefüge, Z. Metallkunde 71,
(1980), S. 27-31.
[8] Beshers, D. N.: On the distribution of impurity atoms in the stress field of a dislocation,
Acta Met. 6, (1958), S. 521-523.
[9] Bhattacharyya, A., Sakaki, T. und Weng, G. J.: The influence of martensite shape,
concentration and phase transformation strain on the deformation behaviour of stable
dual-phase steels, Met. Trans. A 24A, (1993), S. 301-314.
[10] Bilby, B. A. und Christian, J. W.: The crystallography of martensitic transformations,
J. Iron Steel Inst. 197, (1961), S. 122-131.
[11] Blaimschein, M., Radlmayr, K. M., Pichler, A., Till, E. und Stiaszny, P.: Bake hardening
effect in components, Proceedings of the 19th IDDRG Biennial Congress, (1996),
S. 445-458.
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