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7 Jun 2010: 3 C. W. Petersen, et al.; Improving Long Distance Gas Transmission Economics : X120 Development Overview, Proceedings of 4th International Conference on Pipeline Technology, Ostend, Belgium, May 2004.

7 Jun 2010: Stainless-steel rebar is far superior to conventional rebar, and may provide 100+ years economic service life. ... Because all projects are driven by economics, the proper utilization of high strength, tough steels requires that the designers consider

7 Jun 2010: These steels have high economic importance both for the refurbishment of existing power stations and for new constructions with conventional steam parameters.

7 Jun 2010: Finally the economic aspects of material selection cannot be neglected so, in order to mitigate the high cost of nickel-based alloys, significant additions of Fe, such as are made in

7 Jun 2010: The scope of work involves conceptual design, economic studies, and evaluation of candidate alloys’ mechanical properties, steamside oxidation resistance, fireside corrosion resistance, weldability and fabricability.

7 Jun 2010: The benefits of such an increase would be both economic andenvironmental, as higher efficiency would allow a decrease in the consumption of fuel, hence also areduction in emissions of environmentally-damaging

7 Jun 2010: Master thesis. Modelling of Microstructure in. TRIP-Assisted steels. Guo, Lei (郭磊). Department of Ferrous Technology. Graduate Institute of Ferrous Technology. Pohang University of Science and Technology. 2007. Modelling of Microstructure in TRIP

7 Jun 2010: These weld metals have hadlimited use, primarily owing to economic factors and lackof flexibility.

23 Dec 2013: This is considered to. be the most economic option where reasonable toughness can be obtained.

7 Jun 2010: industrialized nations. At the same time new economic centers have already taken active parts in the world off in our prediction.

14 Jun 2013: Defects such asA-segregates are still commonplace, and components are regularly scrapped due to their presence, lead-ing to increased economic and environmental costs.

26 Aug 2012: A.6 Effect of Hot-Rolling…………………………………………….104. A.7 Summary………………………………………………………….110.

7 Jun 2010: i. Master Thesis. Low-Carbon, Low-Temperature Bainite. Yang, Hong-Seok ( 梁 洪 碩 ). Department of Ferrous Technology. (Computational Metallurgy). Graduate Institute of Ferrous Technology. Pohang University of Science and Technology. 2008. ii.

7 Jun 2010: Economic factors, as well as requirements onjoint fit-up, etc, have limited their use.

30 Jun 2010: I . Master Thesis. Phase-field Modeling of. Crystal Growth. during Deformation. Tan Xu. Department of Ferrous Technology. (Computational Metallurgy). Graduate Institute of Ferrous Technology. Pohang University of Science and Technology. 2010 .

28 Jan 2012: 84. 6 Conclusion. 85. References. 87. Acknowledgement. 94. Curriculum Vitae. 95.

14 Feb 2011: viii. CURRICULUM VITAE 178. ix. Nomenclature.  mole fraction of carbon in bulk austenite xag mole fraction of carbon in ferrite in equilibrium with austenite xga mole fraction of carbon in

1 Jul 2010: δ-T. RIP. Ste. el 2. 010 Y. i, Honglia. ng. Thesis for Doctor of Philosophy. δ-TRIP Steel. Yi, Hongliang (易 红 亮). Department of Ferrous Technology. Graduate Institute of Ferrous Technology. Pohang University of Science and Technology. 2010.

7 Jun 2010: Master Thesis. Topology of the Deformation of a. Non-Uniform Grain Structure. Chae, Jae yong ( 蔡 在 鎔 ). Department of Ferrous Technology. (Computational Metallurgy). Graduate Institute of Ferrous Technology. Pohang University of Science and

6 Dec 2014: Thesis for Doctor of Philosophy. Application of Lower Bainite. Microstructure for Bearing Steels. and. Acceleration of Transformation. Kinetics. Chae, Jae-Yong ( 채 재 용 ). Computational Metallurgy. Graduate Institute of Ferrous Technology.