File:Energie rupture courbe traction acier ferritique austenitique.svg
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DescriptionEnergie rupture courbe traction acier ferritique austenitique.svg |
English: Toughness (energy needed for rupture per volume) KC determined from the tension test curve, for a ferritic steel (α) and an austenitic steel (γ). Note that we should use the true stress and strain, and thus not the conventional curve; however, qualitatively, the use of the conventional curve can explain the difference between fragile and ductile. Français : Énergie de rupture KC déterminée à partir de la courbe de traction pour un acier ferritique (α) et austénitique (γ). Notons que nous devrions utiliser les contrainte et déformation vraies, et donc pas la courbe conventionnelle. Toutefois, qualitativement, la courbe conventionnelle permet d'expliquer la différence entre fragile et ductile. |
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This is a retouched picture, which means that it has been digitally altered from its original version. Modifications: only one picture, but with 2 curves. The original can be viewed here: Energie rupture courbe traction.svg: . Modifications made by Cdang.
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This image is a derivative work of the following images:
- File:Energie_rupture_courbe_traction.svg licensed with Cc-by-sa-3.0,2.5,2.0,1.0, GFDL
- 2009-03-13T16:44:59Z Cdang 293x473 (6707 Bytes) {{Information |Description={{en|1=Toughness (energy needed for rupture per volume) K
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 07:05, 19 May 2010 | 316 × 230 (9 KB) | Cdang (talk | contribs) | the slope for gamma is slightly smaller than for alpha (Young modulus of austenite is 193 GPa, vs 207 GPa for ferrite). | |
15:13, 20 January 2010 | 316 × 230 (9 KB) | Cdang (talk | contribs) | austenite has a lower Young modulus | ||
16:25, 26 October 2009 | 316 × 230 (9 KB) | Cdang (talk | contribs) | {{Information |Description={{en|1=Toughness (energy needed for rupture per volume) K<sub>C</sub> determined from the tension test curve, for a ferritic steel (α) and an austenitic steel (γ). Note that we should use the true stress and strain, and thus |
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