Product and process design effort allocation in concurrent engineering

Marco Cantamessa; Agostino Villa 20f

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Product and process design effort allocation in concurrent engineering

机译：并行工程中的产品和过程设计工作量分配

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Concurrent engineering has become a popular approach to product development among manufacturing companies. A lively debate has recently arisen upon whether the technique may be conveniently applied under all circumstances, or whether, in some cases, it may be inferior to other approaches, including the traditional sequential one. The paper proposes an analytical model of concurrent engineering and shows that the main, although not the only, determinants in suggesting the optimal allocation of product and process design effort are the 'evolution speeds' of product and process parameters.

机译：并行工程已成为制造公司中产品开发的流行方法。关于该技术是否可以在所有情况下方便地应用，或者在某些情况下，它是否可能不如其他方法（包括传统的顺序方法）逊色，引起了激烈的争论。本文提出了并行工程的分析模型，并表明建议产品和过程设计工作最佳分配的主要因素（不是唯一因素）是产品和过程参数的“进化速度”。

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《International Journal of Production Research》 |2000年第14期|p.3131-3147|共17页
作者
Marco Cantamessa; Agostino Villa 20f;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类管理学;
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1. A Risk Mitigation Methodology for New Product and Process Design in Concurrent Engineering Projects [J] . B. Kayis, G. Arndt, M. Zhou, CIRP Annals . 2007,第1期

机译：并行工程项目中新产品和流程设计的风险缓解方法
2. A concurrent function deployment-based and concurrent engineering-based product development method for original design manufacturing companies [J] . Ying-Chin Ho, Chih-Hsin Lin Journal of Engineering Design . 2009,第1期

机译：面向原始设计制造公司的基于并发功能部署和基于并发工程的产品开发方法
3. Solve Portable Design Problems Using Convenient Concurrency: SMP multicore processors offer many advantages in portable products-if they're properly designed [J] . Grant Martin, Steve Leibson Portable Design: The Engineer's Resource for Portable Applications . 2008,第2期

机译：使用便捷的并发解决便携式设计问题：如果SMP多核处理器设计合理，则它们在便携式产品中具有许多优势
4. A CONCURRENT ENGINEERING APPROACH FOR SUPPORTING WELD PRODUCT DESIGN AT EARLY STAGES OF THE DESIGN PROCESS [C] . International conference on artificial intelligence in design . 1998

机译：一种在设计过程早期支撑焊接产品设计的并发工程方法
5. Product design for energy reduction in concurrent engineering: An Inverted Pyramid Approach. [D] . Alkadi, Nasr M. 2007

机译：并行工程中用于节能的产品设计：倒金字塔方法。
6. Novel Ergonomic Postural Assessment Method (NERPA) Using Product-Process Computer Aided Engineering for Ergonomic Workplace Design [O] . Alberto Sanchez-Lite, Manuel Garcia, Rosario Domingo, -1

机译：使用产品过程计算机辅助工程进行人体工学工作场所设计的新型人体工学姿势评估方法（NERPA）
7. Concurrent Engineering of Tolerance Synthesis and Process Selection for Products with Multiple Quality Characteristcs Considering Process Capability [O] . Mohamad Mustajib 2012

机译：考虑工艺能力的具有多种质量特性的产品的公差合成和工艺选择的并行工程
8. First Principles of Concurrent Engineering: A Competitive Strategy for Electronic Product Development. CALS/Concurrent Engineering Task Group - Electronic Systems [R] . Linton, L., Hall, D., Hutchison, K., 1991

机译：并行工程的第一原理：电子产品开发的竞争战略。 CaLs /并行工程任务组 - 电子系统

Product and process design effort allocation in concurrent engineering

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