Search for dissertations about: "Fredrik Elgh"
Showing result 6 - 10 of 28 swedish dissertations containing the words Fredrik Elgh.
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6. Supporting production preparation during product development using production requirements
Abstract : Product development is affected by uncertainties due to changing customer requirements, changing regulations, technological developments, long lead times, high product complexities, and geopolitical issues. Automation, increased flexibility of production, and reduced lead times are drivers that allow product development to be competitive in this scenario. READ MORE
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7. Data-driven and real-time prediction models for iterative and simulation-driven design processes
Abstract : The development of more complex products has increased dependency on virtual/digital models and emphasized the role of simulations as a means of validation before production. This level of dependency on digital models and simulation togetherwith the customization level and continuous requirement change leads to a large number of iterations in each stage of the product development process. READ MORE
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8. The role of microorganisms in prostate cancer development
Abstract : Prostate cancer is the most common cancer among Swedish men, but the aetiology of this disease is largely unknown. There is evidence for a linkage between chronic inflammation and prostate cancer. The mechanisms causing prostate inflammation and how this could promote tumour development and progression are however largely unknown. READ MORE
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9. Extended product models supporting multidisciplinary design automation
Abstract : Manufacturing organizations often pursue the ability to efficiently and effectively provide custom products for its competitive advantage. Research has shown product configuration to be an effective way of achieving this goal through a modularization, product platform, and product family development approach. READ MORE
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10. Finger Design Automation for Industrial Robots : A Generic and Agile Approach
Abstract : ROBOT fingers play a crucial role in the success and performance of workcells, as fingers are the only interfaces that connect the robot to the physical working environment. Fingers are responsible for grasping and manipulating workpieces without dropping or damaging them. READ MORE