1. 선재(공형)압연 

1) 이영석, Calculating Model of Mean Strain in Rod Rolling Process, ISIJ Int., Vol. 39, No. 9, Sep. (1999) pp. 961-963.

2) 이영석 and S. Choi, New Approach for the Prediction of Stress Free Surface Profile of Workpiece in Rod Rolling, ISIJ Int., Vol. 40, No. 6, June (2000) pp. 624-626.

3) 이영석, S. Choi and Y.H. Kim, Mathematical Model and Experimental Validation of Surface Profile of a Workpiece in Round-Oval-Round Pass Sequence, J. Materials and Processing Tech.,     Vol. 108, Dec (2000) pp. 87-96.

4) 이영석, S. Choi, S.J. Yoo and W.Y. Choo, A Study of Effect of the Deformation Parameters on Recrystallization Behavior in Rod Rolling Process, Metals & Materials, Vol. 6, No.3, June      

    (2000) pp. 267-273.

5) 이영석, S. Choi, H. Kim and W.Y. Choo, An Experimental Study of the Mean Effective Strain in Rod (or Bar) Rolling Process, Metals & Materials, Vol. 6, No.6, Dec. (2000) pp. 525-531.

6) S. Choi, 이영석 and S. Lee, A Study of Influence of Strain Path Change on the Microstructure and Mechanical Properties of Low Carbon Steel Using Plate and Bar Rolling, Metals & 

    Materials, Vol. 7, No.2, April (2001) pp. 115-121.

7) 이영석 and Y.H. Kim, Approximate Analysis of Roll Force in a Round-Oval-Round Pass Rolling Sequence, J. Materials and Processing Tech., Vol. 113, June (2001) pp. 124-130.

8) 이영석, H.J. Kim and S.M. Hwang, Analytic Model for the Prediction of Mean Effective Strain in Rod Rolling Process, J. Materials and Processing Tech., Vol. 114, July (2001) pp.129-138.

9) 이영석, An Analytical Study of Mean Roll Radius in Rod Rolling, ISIJ Int., Vol. 41, No. 11, Nov (2001) pp. 1414-1416.

10) 이영석, S.I. Kim, S. Choi, B.R. Jang and W. Y. Choo, Mathematical Model to Simulate Thermo-Mechanical Controlled Processing in Rod (or Bar) Rolling, Metals and Materials Int., 

     Vol. 7, No.6, Dec. (2001) pp. 519-330.

11) 이영석 and B.M. Kim, Analytical Model of Pass-by-Pass Strain in Bar Rolling and Its Verification, Scandinavian J. Metallurgy, Vol. 31, No. 2, April (2002) pp. 126-133

12) 이영석, Prediction of the Surface Profile and Area of the Exit Cross Section of Workpiece in Round-Oval-Round Pass Sequence, ISIJ Int., Vol. 42, No. 7, July (2002) pp. 726-735.

13) 이영석, S. Choi and P.D. Hodgson, Integrated Model for Thermo-Mechanical Controlled Process in Rod or (bar) Rolling, J. Materials and Processing Tech., Vol. 125/126, Sep (2002) 

      pp. 678-688.

14) 이영석, B.M. Kim, J.K. Park, S.W. Seo and O. Min, A Study for the Constitutive Equation of Carbon Steel Subjected to Large  Strains, High Temperatures and High Strain Rates, 

     J. Materials and Processing Tech., Vol.130/131, Dec. (2002) pp. 181-188

15) 이영석, A New Approach for the Prediction of Roll Force in Rod Rolling, Ironmaking and Steelmaking, Vol. 29, No. 6, Dec. (2002) pp.459-468.

16) S. Choi, 이영석 and P.D. Hodgson, A Comparative Study of Microstructures and Mechanical Properties Obtained by Bar and Plate Rolling, J. Materials and Processing Tech., Vol. 124, 

      No. 3, June (2002) pp. 329-336.

17) S. Choi and 이영석, A New Approach to Predicting Partial Recrystallization in Multipass Hot Rolling Process, Metals and Materials Int., Vol. 8, No.1, Feb (2002) pp. 15-23.

18) S. Choi, 이영석, P.D. Hodgson and J.S. Woo, Feasibility Study of Partial Recrystallization in Multi-Pass Hot Deformation Process and Application to Calculation of Mean Flow Stress, 

      J. Materials and Processing Tech., Vol. 125/126, Sep (2002) pp. 63-71.

19) 이영석, S. Choi and P.D. Hodgson, Analytical Model of Pass-by-Pass Strain in Rod (or Bar) Rolling and Its Applications to Prediction of Austenite Grain Size, 

     Material Science Engineering A, Vol. 336, No.1-2, Oct (2002) pp.177-189.

20) J.H. Min, H.C. Kwon, 이영석, J.S. Woo and Y.T. Im, Analytical Model for Prediction of Deformed Shape in Three-Roll Rolling Process, J. Materials and Processing Tech., 

     Vol. 140/1-3, Sep (2003), pp 471-477.

21) D.H. Kim, 이영석, S.J. Yoo, W.Y. Choo and B.M. Kim, Prediction of Wear Profile of Roll Groove in Rod Rolling Using an Incremental Form of Wear Model, 

     J. Engineering Manufacture, Vol. 217, Jan. (2003) pp.111-126.

22) H.C. Kwon, 이영석, S.Y. Kim, J.S. Woo and Y.T. Im, Numerical Prediction of Austenite Grain Size in Round-Oval-Round Bar Rolling, ISIJ Int., Vol. 43, No. 5, May (2003), pp. 676-683.

23) S.I. Kim, 이영석, D.L. Lee and Y.C. Yoo, Modeling of AGS and Recrystallized Fraction of Microalloyed Medium Carbon Steel during Hot Deformation, Material Science Engineering A, 

      Vol. 355/1-2. (2003), pp 384-393. 

24) S.I. Kim, 이영석 and B.L. Jang, Modeling of Recrystallization and AGS of AISI 316 Stainless Steel and Its Application to Hot Bar Rolling, Material Science Engineering A, 

     Vol.357/1-2, Sep. (2003), pp 235-239.

25) H.C. Kwon, 이영석 and Y.T. Im, Experimental and Numerical Prediction of Austenite Grain Size Distribution in Round-Oval Shape Rolling, ISIJ Int., Vol.43 (2003), pp.1967-1975.

26) P. A. Manohar, K.H. Lim, A.D. Rollett and 이영석, Computational Exploration of Microstructural Evolution in a C-Mn Steel and Applications to Rod Mill, ISIJ Int., Vol.43 (2003),

     pp.1421-1430.

27) L.S. Bayoumi and 이영석, Effect of Interstand Tension on Roll Load, Torque and Workpiece Deformation in Rod Rolling Process, J. Materials and Processing Tech., Vol. 145 (2004) 

     pp. 7-13. 

28) S.I. Kim, S.M. Byon, S.W. Seo, O. Min and 이영석, Constitutive Equation for AISI4140 Steel Applicable to a Wide Range of Strain Rates at Elevated Temperatures, Steel Research Int., 

     Vol. 5, June (2006) pp. 355-360.

29) S.M. Byon and 이영석, Experimental and Semi-Analytical Study of Wear Contour of Roll Groove and Its Applications to Rod Mill, ISIJ Int., Vol.47 (2007) No.7, 

     pp.1006-1015.

30) S.M. Byon, S.I. Kim and 이영석, A Semi-Analytical Model for Predicting the Wear Contour in Rod Rolling Process, J. Materials and Processing Tech., Vol. 191 (2007)

     pp. 306-309.

31) S.M. Byon and 이영석, A Study of Roll Gap Adjustment Due to Roll Wear in Groove Rolling – Experiment and Modeling, J. Engineering Manufacture, Vol. 222 (2008) 

     pp. 875-885

32) S.M. Byon, D. H. Na and 이영석, Effect of Roll Gap Adjustment on Exit Cross Sectional Shape in Groove Rolling - Experimental and FE Analysis, J. Materials and Processing Tech., 

     Vol. 209 (2009), pp. 4465-4470.

33) U.K. Yoo, J.B. Lee, J.H. Park and 이영석, Analytic Model for Predicting the Surface Profile of a Workpiece in Round-to-2−R Oval Groove and Square-to-2−R Oval Groove Rolling, 

    J. Mechanical Science and Tech., Vol. 24, Nov (2010), pp. 2289-2295.

34) D.H. Na, S.H. Cho and 이영석, Experimental and Numerical Studies for the Forming Groove and Separating Groove Design in Slit Rolling Process, J. Mechanical and Science Tech.,

     Vol. 29, No. 9 (2011), pp. 2439-2446

35) D.H. Na and 이영석, A Study to Predict the Creation of Surface Defects on Material and Suppress Them in Caliber Rolling Process, Int. J. Precision Engineering and Manufacturing, 

     Vol. 14, No.10, (2013) pp. 1727-1734.

36) J.U. Sung, D.H. Na and 이영석, A Study on Design Equation of Separating and Oval Roll Grooves in Rebar Manufacturing Process, Materials and Manufacturing Processes 

     Vol. 29 (2014) pp. 100-106

37) S. M. Byon, S. R. Kim, T.Y. Kim and 이영석, An Approximate Model to Predict the Surface Profile of Material Sections in a 3-Roll Process, J. Mechanical Science and Tech.,

     31 (7) (2017) pp. 3489~3497

38) C.H Moon and 이영석, Analytical model to predict the free surface profile of outgoing material in oval-to-round pass rolling when cross-section of incoming material is not

      circular and roll gap changes, ISIJ International, Vol. 63, No.1 (2023), pp. 111-119

39) D. Lee, Y.H. Roh, and Youngseog Lee, Experimental study on the surface defects of materials in bar rolling with a processing map applicable to billet-to-oval groove rolling. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture. (2024)