Metal Forming Science and Practice: A State-of-the-Art Volume in Honour of Professor J.A. Schey's 80th BirthdayElsevier, 8 жовт. 2002 р. - 378 стор. This publication has been written to honour the contribution to science and education made by the Distinguished Professor Emeritus Professor Schey on his eightieth birthday. The contributors to his book are among the countless researchers who have read, studied and learned from Professor Schey's work, which includes books, research monographs, invited papers, keynote papers, scientific journals and conferences. The topics include manufacturing, sheet and bulk metal forming and tribology, amongst others. |
Зміст
| 1 | |
| 9 | |
| 13 | |
| 19 | |
Chapter 5 Direct Observation of Interface for Tribology in Metal Forming | 61 |
Chapter 6 An Examination of the Coefficient of Friction | 85 |
Chapter 7 Studies on Micro Plasto Hydrodynamic Lubrication in Metal Forming | 115 |
Chapter 8 Numerical Simulation of Sheet Metal Forming | 135 |
Chapter 10 Modelling and Optimization of Metal Forming Processes | 193 |
Chapter 11 The Mathematical Modelling of Hot Rolling of Steel | 213 |
Chapter 12 Identification of Rheological and Tribological Parameters | 227 |
Chapter 13 Oxide Behaviour in Hot Rolling | 259 |
Chapter 14 Friction Lubrication and Surface Response in Wire Drawing | 297 |
Chapter 15 Modelling and Control of Temper Rolling and Skin Pass Rolling | 313 |
| 345 | |
| 353 | |
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Metal Forming Science and Practice: A State-of-the-art Volume in Honour of ... John G. Lenard,John A. Schey Попередній перегляд недоступний - 2002 |
Загальні терміни та фрази
aluminum asperity austenite average contact pressure Azushima behaviour blank calculated coefficient of friction cold rolling compression test contact area decrease descaling distribution drawing speed edge effect equation experimental film thickness finite element flattening flow stress formability friction coefficient friction factor function geometry hot rolling hydrodynamic hydrodynamic lubrication hydroforming increasing indentation interface inverse analysis layer Lenard load lubricant escape material measured Mech metal forming processes method microstructure mild steel MPHDL neural network numerical observed optimization oxide scale panel parameters Pietrzyk plane strain predicted Proc radius ratio real contact recrystallization reduction rheological ring compression roll gap rolling force rolling process rolling speed scale failure scale fragment Schey shear stress sheet metal forming shown in Figure simulation sliding spallation specimen SSAB strain rate Sutcliffe temper rolling temperature tension through-thickness cracks tool Tribology University of Waterloo values variables velocity viscosity weld wire workpiece yield stress zone