Search for dissertations about: "industry dynamics"
Showing result 21 - 25 of 338 swedish dissertations containing the words industry dynamics.
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21. Cluster Dynamics and Industrial Policy in Peripheral Regions : a study of cluster formation as a local development process
Abstract : The rapid growth of the global economy in the last two decades has created a new economic reality in many municipalities in peripheral regions of Sweden. Having earlier relied on traditional industry as the source of employment, today municipalities in peripheral regions are struggling to survive in a completely changed economic landscape, with new conditions for development. READ MORE
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22. On System Dynamics as an Approach for Manufacturing Systems Development
Abstract : Improvement work in manufacturing industry usually focuses on the utilisation of equipment. System dynamics simulation is a potential tool for increasing the utilisation of systems. By using group model building and simulation it facilitates a common view and better informed decisions for change. READ MORE
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23. Technological Discontinuities and Industrial Dynamics
Abstract : A technological discontinuity is a substantial change in the set of technological competences required to design and produce a product, often resulting in a significant change in the price/performance ratio of a product. Established firms often face severe difficulties in adjusting to a discontinuity. READ MORE
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24. Modelling of Construction Safety Performance and Housing Markets in Kampala, Uganda
Abstract : The construction industry in Uganda is characterized by a high incidence rate of accidents. During the late 1990s, an annual average of 49 accidents were reported in the construction industry while during the period 2001 to 2005, the annual average for this sector was 103 cases. READ MORE
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25. Prediction of structural dynamic behaviour under uncertainties: With applications to automotive structures
Abstract : The automotive industry is moving towards shorter development cycles for new car generations. This means that less expensive prototypes can be built and tested, and that, increasingly, computer models must be used for decision making. READ MORE