Delft 2013 presentations

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1. Virtual cyclic phase transformation dilatometer experiments for Fe-Mn-C by means of phase field simulations
M. Apel, G. Laschet and B. Bottger - ACCESS, Germany

2. Modelling alpha → gamma transformation in a low carbon martensitic stainless steel
C. Dessolin, M. Perez and C. Hutchinson - INSA Lyon, France

3. The cyclic phase transformations concept and the effective interface mobility
E. Gamsjäger, H. Chen and S. van der Zwaag - Montanuniversität Loeben, Austria

4. In situ observation of the growth of massive ferrite in very low carbon Fe-Mn and Ni alloys
J. Hamada, M. Enomoto, Y. Fujishiro and T. Akatsuka - Ibaraki University, Japan

5. The magnetic-field-induced alloy element concentration change in alloy carbides
T. Hou, K. Wu and Y. Li - Wuhan University, China

6. Thermodynamic analysis of critical conditions for acicular ferrite
P. Kolmskog, A. Borgenstam, L. Hoglund and M. Hillert - KTH, Sweden

7. Effect of thermodynamic conditions at the interface on ferrite formation kinetics in steels with inhomogenous chemical composition
P. Mecozzi - TU Delft, Netherlands

8. Ab-initio simulations and their application to modelling solute drag during the austenite to ferrite transformation
M. Militzer - UBC, Canada

9. Inverse Bainite formation in Fe-5%Ni/Fe-10%Ni diffusion couple
E. Monlevade, A. Nishikawa and H. Goldenstein - USP, Brazil

10. Towards a general model for ferrite growth in Fe-C-X
D. Panahi, H. Zurob, G. Purdy, H. Vanlandeghem, C. Hutchinson and C. Qiu - McMaster University, Canada

11. Alemi; a brief history
G. Purdy - McMaster University, Canada

12. The kinetics of ferrite growth in Fe-C-Mn-Si using controlled decarburization experiments
C. Qiu, H. Zurob and C. Hutchinson - Monash University, Australia

13. Phase field model for mixed mode transformation and its prespective for steel
O. Shchyglo and I. Steinbach - ICAMS, Ruhr-Universitat, Germany

14. An in situ observation of austenite formation from martensite and the role of alloying elements
Z.-G. Yang, C. Zhang and L. Liu - Tsinghua University, China

15. On the stability of austenite in austenitic TWIP steels containing ≈15%Mn
L. Zhao, R. van Tol, K. Ofei and J. Sietsma - Materials Innovation Institute, Netherlands