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International Journal of Production Research Volume 32, 1994 - Issue 8
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Original Articles

Computer-aided tolerance charting

B. K. A. NGOI School of Mechanical and Production Engineering, Nanyang Technological University, Nanyang Avenue, 2263, SingaporeView further author information
&
S. L. FANG School of Mechanical and Production Engineering, Nanyang Technological University, Nanyang Avenue, 2263, Singapore
Pages 1939-1954 | Received 01 Jul 1993, Published online: 07 May 2007

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Sami Farooq, Yang Cheng, Rikke Vestergaard Matthiesen, John Johansen & Chris O’Brien. (2017) Management of automation and advanced manufacturing technology (AAMT) in the context of global manufacturing. International Journal of Production Research 55:5, pages 1455-1458.
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Z. Shen, J.J. Shah & J.K. Davidson. (2008) Automatic generation of min/max tolerance charts for tolerance analysis from CAD models. International Journal of Computer Integrated Manufacturing 21:8, pages 869-884.
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F. González Contreras & P. Rosado. (2007) An alternative method to tolerance transfer for parts with 2D blueprint. International Journal of Production Research 45:22, pages 5309-5328.
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Samuel H. Huang , Qiu Liu & Rami Musa. (2004) Tolerance-based process plan evaluation using Monte Carlo simulation. International Journal of Production Research 42:23, pages 4871-4891.
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Ping Ji & Jianbin Xue. (2002) Extending the algebraic method to identify dimensional chains for angular tolerance charting. International Journal of Production Research 40:7, pages 1597-1612.
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G. Pandya, E. Amine Lehtihet & T. M. Cavalier. (2002) Tolerance design of datum systems. International Journal of Production Research 40:4, pages 783-807.
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DAVIDL. WHEELER, TOMM. CAVALIER & E. AMINE LEHTIHET. (1999) An implicit enumeration approach to tolerance allocation in sequential tolerance control. IIE Transactions 31:1, pages 75-84.
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B. K. A. NGOI & M. S. SEOW. (1996) A Window approach for tolerance charting. International Journal of Production Research 34:4, pages 1093-1107.
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B. K. A. NGOI & C. K. TAN. (1995) Computer-aided tolerance charting—a ‘black box’ approach. International Journal of Production Research 33:4, pages 1117-1134.
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Articles from other publishers (31)

M. Thilak, Y. Brucely, G. Paulraj, N. Senthilkumar, N. Nagaprasad, Chander Prakash, Sandeep Kumar & Krishnaraj Ramaswamy. (2023) Computer-aided tolerance chain identification system for tolerance allocation. International Journal on Interactive Design and Manufacturing (IJIDeM) 17:2, pages 917-929.
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Martin Hallmann, Benjamin Schleich & Sandro Wartzack. (2020) From tolerance allocation to tolerance-cost optimization: a comprehensive literature review. The International Journal of Advanced Manufacturing Technology 107:11-12, pages 4859-4912.
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Manoharan Thilak, Karuppan Sivakumar & Govindharajalu Jayaprakash. (2012) Selection of machining datum and allocation of tolerance through tolerance charting technique. Chinese Journal of Mechanical Engineering 25:4, pages 697-705.
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Chien-Ping Chung & Ching-Fang Lee. (2012) Parameters Decision on the Product Characteristics of a Bike Frame. Procedia - Social and Behavioral Sciences 40, pages 107-115.
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Angus Jeang. (2010) Tolerance chart balancing with a complete inspection plan taking account of manufacturing and quality costs. The International Journal of Advanced Manufacturing Technology 55:5-8, pages 675-687.
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V. Janakiraman & R. Saravanan. (2010) Concurrent optimization of machining process parameters and tolerance allocation. The International Journal of Advanced Manufacturing Technology 51:1-4, pages 357-369.
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A Jeang, C-C Tsai & C-P Chung. (2009) Scheme for real-time process planning under process deterioration. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture 223:9, pages 1181-1192.
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P. Kumaravel, S. Anand, U. Ullas & P. V. Mohanram. (2006) Cost optimization of process tolerance allocation-a tree based approach. The International Journal of Advanced Manufacturing Technology 34:7-8, pages 703-713.
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Angus Jeang, Toly Chen, Huan-Chung Li & Francois Liang. (2006) Simultaneous process mean and process tolerance determination with adjustment and compensation for precision manufacturing process. The International Journal of Advanced Manufacturing Technology 33:11-12, pages 1159-1172.
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Angus Jeang, Chien-Ping Chung & Chih-Kuang Hsieh. (2005) Simultaneous process mean and process tolerance determination with asymmetrical loss function. The International Journal of Advanced Manufacturing Technology 31:7-8, pages 694-704.
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Pei Wang & Ming Liang. (2005) Simultaneously Solving Process Selection, Machining Parameter Optimization, and Tolerance Design Problems: A Bi-Criterion Approach. Journal of Manufacturing Science and Engineering 127:3, pages 533-544.
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Angus Jeang & Chung-Zong Hun. (2000) Process parameters determination for precision manufacturing. Quality and Reliability Engineering International 16:1, pages 33-44.
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Chiu‐Chi Wei, Yeong‐Hoang Lee & Ching‐Liang Chang. (1999) Maximum conformance rate‐based tolerance design. Integrated Manufacturing Systems 10:5, pages 284-288.
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Chiu-Chi Wei, Chie-Bein Chen & Chih-Hung Tsai. (1999) Fuzzy assignment of manufacturing process tolerances. IEEE Transactions on Electronics Packaging Manufacturing 22:3, pages 191-194.
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P. Ji & K.H. Lau. (1999) Design for manufacturing: a dimensioning aspect. Journal of Materials Processing Technology 91:1-3, pages 121-127.
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A. Taglia & S. Perugini. 1999. AMST ’99. AMST ’99 667 676 .
Angus Jeang. (1999) Optimal process parameter determination for computer-aided manufacturing. Quality and Reliability Engineering International 15:1, pages 3-16.
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B. K. A. Ngoi & K. C. Cheong. (1998) The apparent path tracing approach to tolerance charting. The International Journal of Advanced Manufacturing Technology 14:8, pages 580-587.
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B. K. A. Ngoi, M. Agarwal & C. S. Chua. (1998) Nonlinear optimisation in tolerance charts ? A study of objective functions. The International Journal of Advanced Manufacturing Technology 14:6, pages 423-427.
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B. K. A. Ngoi, M. Agarwal & C. S. Chua. (1998) The Noded graph approach to stack analysis. The International Journal of Advanced Manufacturing Technology 14:5, pages 343-349.
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Yu-Cheng Lee & Chiu-Chi Wei. (1998) Process capability-based tolerance design to minimise manufacturing loss. The International Journal of Advanced Manufacturing Technology 14:1, pages 33-37.
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Chiu-Chi Wei & Yu-Cheng Lee. (2016) Designing Process Tolerances with Concurrent Minimization of Production Loss. Concurrent Engineering 5:4, pages 301-305.
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Chiu‐Chi Wei. (1997) Allocating tolerances to minimize cost of nonconforming assembly. Assembly Automation 17:4, pages 303-306.
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B K A Ngoi & L C Goh. (2006) A ‘stepper’ approach to tolerance charting. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture 211:7, pages 539-546.
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B K A Ngoi, C S Tan & L C Goh. (2006) Graphical approach to assembly tolerance stack analysis—the ‘Quickie’ GDT method. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture 211:6, pages 463-472.
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B. K. A. Ngoi & C. S. Tan. (1997) Graphical approach to tolerance charting?A ?maze chart? method. The International Journal of Advanced Manufacturing Technology 13:4, pages 282-289.
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Chin-Chi Wei. (1997) Designing process tolerances to minimize loss of nonconforming parts. IEEE Transactions on Components, Packaging, and Manufacturing Technology: Part C 20:4, pages 312-316.
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Ngoi Kok Ann Bryan & Seow Mgaw Seng Michael. (1996) Tolerance synthesis adopting a nonlinear programming approach. The International Journal of Advanced Manufacturing Technology 11:6, pages 387-393.
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B K A Ngoi & K C K Tan. (2016) Tolerance Stack Analysis for Assembly. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture 210:3, pages 279-289.
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Samuel H Huang & Hong-Chao Zhang. (1996) Tolerance analysis in setup planning for rotational parts. Journal of Manufacturing Systems 15:5, pages 340-350.
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B. K. A. Ngoi & M. S. Seow. (1996) Tolerance control for dimensional and geometrical specifications. The International Journal of Advanced Manufacturing Technology 11:1, pages 34-42.
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