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Machining Science and Technology
An International Journal
Volume 4, 2000 - Issue 3
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Original Articles

THE OXLEY MODELING APPROACH, ITS APPLICATIONS AND FUTURE DIRECTIONS

J. A. Arsecularatne School of Mechanical and Manufacturing Engineering, The University of New South Wales, UNSW, Sydney, 2052, Australia
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P. Mathew School of Mechanical and Manufacturing Engineering, The University of New South Wales, UNSW, Sydney, 2052, AustraliaView further author information
Pages 363-397 | Published online: 07 Jan 2011

Citations (16)

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Read on this site (6)

Majed Masmali & Philip Mathew. (2018) Application of a variable flow stress machining theory to helical end milling. Machining Science and Technology 22:1, pages 1-29.
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JingYing Zhang & StevenY. Liang. (2007) Process Optimization of Finish Turning of Hardened Steels. Materials and Manufacturing Processes 22:1, pages 107-113.
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J. A. Arsecularatne, B. Kristyanto & P. Mathew. (2004) An Investigation of the High Speed Machining Process Using a Variable Flow Stress Machining Theory. Machining Science and Technology 8:2, pages 211-233.
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A. K. Balaji & V. S. Mohan. (2002) AN ‘EFFECTIVE CUTTING TOOL THERMAL CONDUCTIVITY’ BASED MODEL FOR TOOL–CHIP CONTACT IN MACHINING WITH MULTI-LAYER COATED CUTTING TOOLS. Machining Science and Technology 6:3, pages 415-436.
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C. A. van Luttervelt. (2001) TYPOLOGY OF MODELS AND SIMULATION METHODS FOR MACHINING OPERATIONS. Machining Science and Technology 5:3, pages 415-428.
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I. R. McKendrick, J. Tungka, J. A. Arsecularatne & P. Mathew. (2001) APPLICATION OF OXLEY MACHINING THEORY TO BORING AND REAMING. Machining Science and Technology 5:3, pages 375-391.
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Articles from other publishers (10)

Connor Hopkins, Tim Clarke, Nam Nguyen, Nima Z. Yussefian & Ali Hosseini. (2023) On modelling the cutting forces and impact resistance of honed milling tools. Transactions of the Canadian Society for Mechanical Engineering.
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Chaoyue Zhao, Jianyong Li & Yueming Liu. (2023) Study on the grinding force of single grain in rail grinding based on open-type belt grinding. Journal of Manufacturing Processes 99, pages 794-811.
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M. Farahnakian, S. Elhami, H. Daneshpajooh & M. R. Razfar. (2016) Mechanistic modeling of cutting forces and tool flank wear in the thermally enhanced turning of hardened steel. The International Journal of Advanced Manufacturing Technology 88:9-12, pages 2969-2983.
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Liangshan Xiong, Jie Wang, Yinye Gan, Bin Li & Ning Fang. (2014) Improvement of algorithm and prediction precision of an extended Oxley’s theoretical model. The International Journal of Advanced Manufacturing Technology 77:1-4, pages 1-13.
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Dimitri Germain, Guillaume Fromentin, Gérard Poulachon & Stéphanie Bissey-Breton. (2013) From large-scale to micromachining: A review of force prediction models. Journal of Manufacturing Processes 15:3, pages 389-401.
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Philip Mathew. (2011) Prediction of High Speed Machining Cutting Forces Using a Variable Flow Stress Machining Theory. Advanced Materials Research 188, pages 128-133.
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Kuan-Ming Li & Steven Y. Liang. (2006) Performance profiling of minimum quantity lubrication in machining. The International Journal of Advanced Manufacturing Technology 35:3-4, pages 226-233.
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Kuan-Ming Li & Steven Y. Liang. (2007) Modeling of cutting forces in near dry machining under tool wear effect. International Journal of Machine Tools and Manufacture 47:7-8, pages 1292-1301.
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Yong Huang & Steven Y. Liang. (2005) Modeling of Cutting Forces Under Hard Turning Conditions Considering Tool Wear Effect. Journal of Manufacturing Science and Engineering 127:2, pages 262-270.
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Yong Huang & Steven Y. Liang. (2005) Effect of Cutting Conditions on Tool Performance in CBN Hard Turning. Journal of Manufacturing Processes 7:1, pages 10-16.
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