31 research outputs found
Evaluating Product-Centric Continuous Improvements: Impact on Competitive Capabilities and Business Performance
Product-centric continuous improvements (CIs) are actions via which firms modify the design of a product after the start of its production and release into the market. Product-centric CIs are initiated to help build competitive capabilities and sustain competitive advantage throughout the product life cycle. This study complements the perspective pervasive in the extant literature that actions related to product-centric CIs can be disruptive to firms and be associated with negative performance consequences. It investigates a topic that is relatively much less researched, namely the upside potential of product-centric CIs. The empirical analysis is based on data collected from 144 plants in the United States representing process and discrete part manufacturing industries. Specifically, the study analyzes the impact of product-centric CIs on competitive capabilities and business performance. The results of the empirical analysis indicate the following: First, there exist two categories of product-centric CIs: (1) actions for quality improvement and (2) actions for cost reduction. Second, while there is a positive association between each type of CI and the intended competitive capability, there also is a trade-off—i.e., actions for quality improvement increase quality capability but reduce cost capability, and vice versa. Third, there is a strong linkage between business performance and quality capability, but not cost capability. All in all, the study presents empirical evidence that product-centric CIs have a significant impact on competitive capabilities related to quality and cost, and, in turn, have an impact on business performance. From the standpoint of practice, the study suggests that product-centric CIs should be managed to develop competitive capabilities and improve business performance
Operations Management: Processes and Supply Chains -9/E.
OPERATIONS MANAGEMENT
PROCESSES AND SUPPLY CHAINS
This Global Edition has been edited to include enhancements making it more relevant to studens outside the United States. The editorial taem at Pearson has worked closely with educators around the globe to include:
• NEW! Supply Chain Orientation: This text uniquely builds the concept of a supply chain from the ground up allowing students to see how effective internal processes lead the best supply chairs.
• NEW! Streamlined Design: Fewer chapters, less pages, and enhanced clarity allows students to engage each topic efficiently and effectively. Figures and photos have been added to improve the presentation of key concepts and techniques.
• NEW! Global Examples and Cases: Examples from Europe, Asia, Middle East and Australia are presented throughout the text for students in these regions to better appreciate the concepts presented
The Efficiency of Computer Algorithms for Plant Layout
This paper presents the results of comparing experimentally the performance of four of the more promising computer algorithms for the plant layout problem. CDC 3600 computer programs are tested with twenty-six test problems. The resulting solutions are evaluated in respect to both computer time requirements and objective function values. The experiment shows how these two performance measures vary with the algorithm used and various test problem characteristics. With the exception of two studies [Hillier, F. S., M. N. Connors. 1966. Quadratic assignment problem algorithms and the location of indivisible facilities. Management Sci. 13 (1, September) 42-57; Nugent, C. E., T. E. Vollman, J. Ruml. 1968. An experimental comparison of techniques for the assignment of facilities to locations. Oper. Res. XVI (1, January-February) 150-173.], information on comparative performances of layout algorithms is very limited.
Operations management : Strategy and analysis
Indeks. *** *** Bibliografi hlm.xxiii, 893 hlm. ;il. ;23 cm
Solutions Manual for Operations Management: Strategies and Analysisi Ed. 2
viii, 415 hlm.; Ind.; 26 c