1 |
Void Closing Conditions of Large Ingot by Path Schedules
/ [Choi, I.J.;Choi, H.J.;Kim, D.W.;Choi, S.;Lim, S.J.;] / Transactions of Materials Processing
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2 |
Prediction of void closure in a slab during various deformation processes
/ [Park, Jong-Jin;] / Journal of Mechanical Science and Technology
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3 |
Design of Die Forging Process of Thrust Shaft for Large Marine Diesel Engine using Floating Die Concept
/ [Kwon, Il-Keun;Park, Hong-Seok;] / International Journal of Precision Engineering and Manufacturing
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4 |
Forging of 1.9wt%C Ultrahigh Carbon Workroll : Part II - Void Closure and Diffusion Bonding
/ [Kang, S.H.;Lim, H.C.;Lee, H.;] / Transactions of Materials Processing
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5 |
Process Design for Manufacturing 1.5wt%C Ultrahigh Carbon Workroll: Void Closure Behavior and Bonding Strength
/ [Lim, H.C.;Lee, H.;Kim, B.M.;Kang, S.H.;] / Transactions of Materials Processing
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6 |
Prediction of Void Closure in Steel Slabs by Finite Element Analysis
/ [Park, Jong-Jin;] / Metals and materials international
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7 |
Forging of 1.9wt%C Ultrahigh Carbon Workroll : Part I - Analysis on Void Formation and Microstructure
/ [Lim, H.C.;Lee, H.;Kim, B.M.;Kang, S.H.;] / Transactions of Materials Processing
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