42 Prakt. Met. Sonderband 38 (2006) 
15. V. Thillou, et al., “The Strength Properties of Hot Strip HSLA Low Carbon Steel,” Proc. 41st Et 
MWSP (Baltimore), Vol. XXXVII, (ISS, Warrendale, PA, USA, 1999), 471-480. OO: 
16. W.F. Smith: ‘Structure and Properties of Engineering Alloys’, 1981, New York, McGraw-Hill. © 
17. Jinghui Wu, et al., “An Advanced Understanding of the Polygonal Ferrite Microstructures of IF 
Steel Using Image Quality Analysis,” Processing and Fabrication of Advanced Materials XIV With 
Frontiers in Materials Science 2005: Innovative Materials & Manufacturing Techniques, Proc. Materials 
Science & Technology 2005 Conference, (ASM, AcerS, AIST, AWS, and TMS, 2005), 283-306. 
18. Jose E. Garcia-Gonzalez, MS Thesis, University of Pittsburgh, PA, USA, 2002. 
19. C. I. Garcia, K. Cho, Y. Gong, T. R. Chen and A. J. DeArdo, “Development of High Strength, Low- Ax 
Carbon, Nb-Bearing Dual-Phase Steels For Production on Continuous Galvanizing Lines,” 
Developments in Sheet Products for Automotive Applications, Organized by James R. Fekete and Roger Th 
Pradhan, Materials Science & Technology 2005, (ASM, ACerS, AIST, AWS and TMS, 2005), 77-86. ue 
p 
20. J. H. Bucher and E. G. Hamburg, SAE Trans 86.730, Sect. 1, 1977. bot 
Orie 
21. C. A. Dube, PhD Thesis, Metallurgical Engineering, Carnegie Institute of Technology, Pittsburgh, rec 
PA, 1948. obs 
COI 
22. R. F. Mehl and C. A. Dube, Phase Transformations in Solids, Wiley, New York, 1951, p545. 
1 
Re 
WO 
res 
mic 
wh 
The 
The 
the 
diff 
Tre 
the 
inv 
sta 
lim 
Ele 
apy 
de! 
ind 
[6. 
det 
In 
dis 
Ad 
res