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Original Articles

Tolerance-based process plan evaluation using Monte Carlo simulation

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Pages 4871-4891 | Received 01 Jun 2004, Published online: 22 Feb 2007

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Read on this site (4)

Linda L. Zhang, Qianli Xu & Petri Helo. (2012) A methodology integrating Petri nets and knowledge-based systems to support process family planning. International Journal of Production Research 50:12, pages 3192-3210.
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Mojtaba Kamali Nejad, Frédéric Vignat & François Villeneuve. (2012) Tolerance analysis in machining using the model of manufactured part (MMP) – comparison and evaluation of three different approaches. International Journal of Computer Integrated Manufacturing 25:2, pages 136-149.
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LindaL. Zhang & Brian Rodrigues. (2009) A tree unification approach to constructing generic processes. IIE Transactions 41:10, pages 916-929.
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Articles from other publishers (28)

Hang Li, Songgang Xu & John Keyser. (2019) Optimization for statistical tolerance allocation. Computer Aided Geometric Design 75, pages 101788.
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Christopher Rausch, Mohammad Nahangi, Carl Haas & Wanhua Liang. (2019) Monte Carlo simulation for tolerance analysis in prefabrication and offsite construction. Automation in Construction 103, pages 300-314.
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Heping Peng & Zhuoqun Peng. (2018) A Practical Method for Redesigning Statistical Tolerances Using Monte Carlo Simulation. A Practical Method for Redesigning Statistical Tolerances Using Monte Carlo Simulation.
Jianjun Tang & Haitao Liu. (2018) Accuracy Simulation Method Based on Assembly Process Information Mapping. MATEC Web of Conferences 213, pages 01006.
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Xin Li, Jianzhong Shang & Hong Zhu. (2017) An assembly sensitivity analysis method based on state space model. Assembly Automation 37:2, pages 249-259.
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Wentao FuSaigopal Nelaturi. (2017) Automatic Tolerance Analysis for Assessing Manufacturing Errors in Machining Plans. Journal of Mechanical Design 139:4.
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Tudor Păunescu & Rodica Păunescu. (2017) Accuracy analysis of the modular fixturing systems with grid pattern threaded holes. MATEC Web of Conferences 94, pages 05007.
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Tudor Păunescu. (2017) Assemblability analysis of the modular fixturing systems with accurate grid pattern holes using Monte Carlo simulation. MATEC Web of Conferences 94, pages 05006.
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Haiping Zhu, Xuan Zhou & Hai Li. (2015) A novel tolerance analysis for mechanical assemblies based on Convex Method and non-probabilistic set theory. The International Journal of Advanced Manufacturing Technology 83:9-12, pages 1649-1657.
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Songgang Xu & John Keyser. (2016) Statistical geometric computation on tolerances for dimensioning. Computer-Aided Design 70, pages 193-201.
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Wentao FuAta A. Eftekharian, Matthew I. Campbell & Tolga Kurtoglu. (2014) Automatic Reasoning for Defining Lathe Operations for Mill-Turn Parts: A Tolerance Based Approach. Journal of Mechanical Design 136:12.
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Alexey Fedorovich Lysenko, Andrey Igorevich Izyumov & Oleg Valentinovich Goncharov. (2014) ON ESTIMATED ACCURACY OF PART CUTTING UNDER MACHINE INTELLIGENT CONTROL. Вестник Донского государственного технического университета 14:3, pages 96-102.
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Jianjun Tang, Xitian Tian & Junhao Geng. (2014) Sensitivity Analysis of Deviation Source for Fast Assembly Precision Optimization. Mathematical Problems in Engineering 2014, pages 1-7.
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Songgang Xu & John Keyser. (2014) Geometric computation and optimization on tolerance dimensioning. Computer-Aided Design 46, pages 129-137.
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James N. Asante. (2013) A constraint-based tolerance analysis in a multi-operation single setup and multi-operation multi-setup part–fixture assembly. The International Journal of Advanced Manufacturing Technology 68:5-8, pages 1001-1014.
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Linda L. Zhang & Brian Rodrigues. (2013) A Petri net model of process platform‐based production configuration. Journal of Manufacturing Technology Management 24:6, pages 873-904.
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G. V. Samodurov, A. K. Tugengol’d, N. P. Yudenkov & E. A. Luk’yanov. (2013) Design of smart electronic documentation for machine tools. Russian Engineering Research 33:2, pages 102-106.
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Linda L. Zhang, Qianli Xu & Petri Helo. (2013) A knowledge‐based system for process family planning. Journal of Manufacturing Technology Management 24:2, pages 174-196.
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Linda L. Zhang & Roger J. Jiao. (2013) A graph rewriting system for process platform planning. Decision Support Systems 54:2, pages 1174-1191.
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Linda L. Zhang. (2012) Constructing generic processes based on tree unification for process family planning. Constructing generic processes based on tree unification for process family planning.
Linda Zhang & Qianli Xu. (2011) Process family planning: A methodology integrating Petri nets and knowledge-based systems. Process family planning: A methodology integrating Petri nets and knowledge-based systems.
M Hazarika, S Deb, U S Dixit & J P Davim. (2011) Fuzzy set-based set-up planning system with the ability for online learning. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture 225:2, pages 247-263.
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Wang Rui, Georg Lothar Thimm & Ma Yongsheng. (2010) Review: geometric and dimensional tolerance modeling for sheet metal forming and integration with CAPP. The International Journal of Advanced Manufacturing Technology 51:9-12, pages 871-889.
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Mojtaba Kamali Nejad, Frédéric Vignat & François Villeneuve. 2010. Product Lifecycle Management. Product Lifecycle Management 145 171 .
M Hazarika, U S Dixit & S Deb. (2010) Effect of datum surface roughness on parallelism and perpendicularity tolerances in milling of prismatic parts. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture 224:9, pages 1377-1388.
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M. Kamali Nejad, F. Vignat, A. Desrochers & F. Villeneuve. (2010) 3D Simulation of Manufacturing Defects for Tolerance Analysis. Journal of Computing and Information Science in Engineering 10:2.
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Frédéric Vignat, François Villeneuve & Mojtaba Kamali Nejad. (2010) Analysis of the deviations of a casting and machining process using a Model of Manufactured Parts. CIRP Journal of Manufacturing Science and Technology 2:3, pages 198-207.
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M. Kamali Nejad, F. Vignat & F. Villeneuve. (2009) Simulation of the geometrical defects of manufacturing. The International Journal of Advanced Manufacturing Technology 45:7-8, pages 631-648.
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