Hot compression testing of mild steel industrial reheat furnace scale (Englisch)
- Neue Suche nach: Tiley, John
- Neue Suche nach: Zhang, Yimin
- Neue Suche nach: Lenard, John G.
- Neue Suche nach: Tiley, John
- Neue Suche nach: Zhang, Yimin
- Neue Suche nach: Lenard, John G.
In:
Steel Research
;
70
, 11
;
437-440
;
1999
- Aufsatz (Zeitschrift) / Elektronische Ressource
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Titel:Hot compression testing of mild steel industrial reheat furnace scale
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Beteiligte:
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Erschienen in:Steel Research ; 70, 11 ; 437-440
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Verlag:
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Erscheinungsdatum:01.11.1999
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Format / Umfang:4 pages
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ISSN:
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DOI:
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Medientyp:Aufsatz (Zeitschrift)
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Format:Elektronische Ressource
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Sprache:Englisch
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Datenquelle:
Inhaltsverzeichnis – Band 70, Ausgabe 11
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- 437
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Hot compression testing of mild steel industrial reheat furnace scaleTiley, John / Zhang, Yimin / Lenard, John G. et al. | 1999
- 437
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Metal working - Hot compression testing of mild steel Industrial reheat furnace scale - Investigation of the deformation of reheat furnace scale, formed on mild steel slabs in an industrial reheat furnace. High temperature compression test technique. Temperature range of 650-85O(degree)C. Test parameters matching the entry conditions in the finishing stands of a hot strip millTiley, John et al. | 1999
- 441
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Relation between formability and precipitates in Ti-IF enameling steelsCauter, A. van / Hörzenberger, F. / Cooman, B.C. De et al. | 1999
- 441
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Relation between formability and precipitates in Ti‐IF enamelling steelsCauter, An Van / Hörzenberger, Franz / De Cooman, Bruno C. et al. | 1999
- 441
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Materials technology - Relation between formability and precipitates In Ti-IF enamelling steels - Investigation of the influence of steel composition and processing conditions on the nature of precipitates in Ti interstitial free (IF) steels for enamelling. Amount of precipitates. Relationship between formability and Ti, S and C contents. Correlation between precipitate nature, texture development and deep drawability. Relationship between C-S ratio, Ti4C2S2-Ti 4)S5-ratio and deep drawabilityCauter, An Van et al. | 1999
- 448
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Development of new deep drawing steels by doping with surface active elementsBeyer, Gerhard H. / Grabke, Hans Jürgen et al. | 1999
- 448
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Materials technology - Development of new deep drawing steels by doping with surface active elements steel - Deep drawing steels. Interstitial free IF18 (FeP06 DIN EN 10130). Extra low carbon St 15 (FeP05 DIN EN 10130). Doping. Surface active elements, selenium, tellurium, antimony, tin, arsenum, germanium. Texture. Anisotropy. Lankford values. Deep drawability. Cupping tests. TEM. STEM, AP-FIM. MicrostructureBeyer, Gerhard et al. | 1999
- 454
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Materials technology - New cold-rolled deep-drawing grades - Ultra low carbon. Bake hardening. Deep drawing. Anisotropy. Cooling effect. Cold work embrittlement. Recrystallisation. Pancake structure. Ultra fast cooling. Carbon segregation. AIN distribution. Alloying effect (Nb, Ti, Si, V, Mn, Al, B, Cr). Effect of c`oiling temperatureHerman, Jean-Claude et al. | 1999
- 454
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New cold‐rolled deep‐drawing gradesHerman, Jean‐Claude / Durme, Christophe Van / Neutjens, Joeri et al. | 1999
- 459
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TRIP steel with reduced silicon contentPichler, Andreas / Stiaszny, Peter et al. | 1999
- 459
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Materials technology - TRIP steel with reduced silicon content - Production of TRIP steels with reduced C and Si content. Influence of a P addition. Dissolution of cementite and formation of austenite during intercritical annealing. Influence of the annealing parameters on the microstructure and the mechanical properties. Optimized annealing cycles. Comparison of the mechanical properties with microalloyed and dual-phase gradesPichler, Andreas et al. | 1999
- 466
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Experimental determination of the stability of retained austenite in low alloy TRIP steelsVasilakos, Apostolos N. / Papamantellos, Kostas / Haidemenopoulos, Gregory N. / Bleck, Wolfgang et al. | 1999
- 466
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Materials technology - Experimental determination of the stability of retained austenite in low alloy TRIP steels - Experimental determination of retained austenite stability. Transformation induced plasticity. Ms-S temperature.Vasilakos, Apostolos et al. | 1999
- 472
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Sheet metal forming behaviour and mechanical properties of TRIP steelsBleck, Wolfgang / Ohlert, Joachim / Papamantellos, Kostas et al. | 1999
- 472
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Materials technology - Sheet metal forming behaviour and mechanical properties of low alloyed TRIP steels - Influence of annealing parameters on transformation behaviour and mechanical properties. Temperature dependence of mechanical properties and effect of testing speed on forming behaviour. Microstructure description and determination of the volume fraction of retained austeniteBleck, Wolfgang et al. | 1999
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Columns - Top themes of the next issues (3.US)| 1999