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Original Articles

A Conceptual Framework for the use of Quality Concepts and Statistical Methods in Product Design

Pages 31-47 | Published online: 15 Oct 2007

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C. Redelinghuys. (2000) Proposed criteria for the detection of invention in engineering design. Journal of Engineering Design 11:3, pages 265-282.
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Søren Bisgaard. (2000) The Design and Analysis of 2 × 2 Split Plot Experiments. Journal of Quality Technology 32:1, pages 39-56.
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Articles from other publishers (8)

MLADENKO KAJTAZ, ALEKSANDAR SUBIC & MONIR TAKLA. (2014) AN EXTENDED SUBSTRUCTURING TECHNIQUE FOR EFFICIENT EVALUATION OF NONLINEAR LOAD-BEARING STRUCTURES IN THE CONCEPTUAL DESIGN STAGE. International Journal of Computational Methods 11:06, pages 1350086.
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Mladenko Kajtaz, Aleksandar Subic & Monir Takla. (2013) Comparative Evaluation of Engineering Design Concepts Based on Non-Linear Substructuring Analysis. Advanced Materials Research 633, pages 15-35.
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Min Li, Yaluo Yang, Jing Bai & Xiansheng Qin. 2008. Research and Practical Issues of Enterprise Information Systems II. Research and Practical Issues of Enterprise Information Systems II 1325 1334 .
B.L.S. Bergman, A.P. Fundin, I.C. Gremyr & P.M. Johansson. (2002) Beyond root-cause analysis [product development process improvement]. Beyond root-cause analysis [product development process improvement].
P. Persson, P. Kammerlind, B. Bergman & J. Andersson. (2000) A methodology for multi-characteristic system improvement with active expert involvement. Quality and Reliability Engineering International 16:5, pages 405-416.
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Marit Risberg Ellekjær & Søren Bisgaard. (1998) The use of experimental design in the development of new products. International Journal of Quality Science 3:3, pages 254-274.
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Philip T. Ashton & Paul G. Ranky. (1998) Automotive design and assembly system modelling research toolset at Rolls‐Royce Motor Cars Limited. Assembly Automation 18:2, pages 138-152.
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P.T. Ashton & P.G. Ranky. (1997) The research, development, validation and application of an advanced concurrent (parallel) engineering research toolset at Rolls-Royce Motor Cars Limited. The research, development, validation and application of an advanced concurrent (parallel) engineering research toolset at Rolls-Royce Motor Cars Limited.

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