Titlebook: Concurrent Engineering; Contemporary issues Hamid R. Parsaei (Associate Professor),William G. Book 1993 Springer Science+Business Media D

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Concurrent optimization of design and manufacturing tolerancess for designing a complicated mechanical system are diverse and often contain conflicting goals. Stated in more detail, a design process can be divided into levels of activities that include functional design (product design), manufacturing (process design), and life-cycle considerations. Designers

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Design for human factorsteam and automated engineering and production tools’. Its objective is to ‘design it right in the first place’. A product is manufactured, handled, installed and used by humans. Since the human is an inherent part of any engineering project and affected by the project design, the human factors must

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Modal Split and Social Dilemmas structure to produce high quality, well-designed products at lower prices and in less time. Increasing awareness is being directed to the product design phase, because the more advanced CIM technologies are of little consequence unless the product design lends itself to the overall system utilizing

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I. Golding,I. Cohen,E. Ben-Jacobld appear that concurrent engineering, as well as its subsets, design for manufacture (DFM) and design for assembly (DFA), are recent concepts in both management and engineering. Yet, few would doubt that these ideas have been a part of US engineering design philosophy for many decades. In the prese

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Search for Intelligence by Motion Analysisan be expected adequately to deal with certain elements of concurrent engineering implementations (such as process analysis, budgeting, systems analysis and design). CE offers a specific challenge to management by demanding radical change in the way we develop products; a challenge that managements’

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