Search for dissertations about: "boundary objects"
Showing result 21 - 25 of 66 swedish dissertations containing the words boundary objects.
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21. Organizing Creativity and Creative Organizing at a high tech company
Abstract : In today’s society, creativity, in close collaboration with innovation, is considered key to the success of many businesses. On the one hand, organizations need to organize people’s efforts and to control the outcomes of work, while on the other, creativity and innovation require the space for play and freedom. READ MORE
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22. Visual Management - on Communication in Product Development Organizations
Abstract : Product development implies a need for information processing capability due to its uncertain and ambiguous nature. Uncertainty is troublesome as it limits an organization’s ability to plan for, and make decisions about, the activities that need to be made in order to reach the objectives of the organization. READ MORE
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23. Accurate techniques for 2D electromagnetic scattering
Abstract : This thesis consists of three parts. The first part is an introduction and referencessome recent work on 2D electromagnetic scattering problems at high frequencies. It alsopresents the basic integral equation types for impenetrable objects. A brief discussionof the standard elements of the method of moments is followed by summaries of thepapers. READ MORE
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24. Stable Numerical Methods with Boundary and Interface Treatment for Applications in Aerodynamics
Abstract : In numerical simulations, problems stemming from aerodynamics pose many challenges for the method used. Some of these are addressed in this thesis, such as the fluid interacting with objects, the presence of shocks, and various types of boundary conditions. READ MORE
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25. A Lagrangian-Eulerian simulation framework for viscoelastic fluid flows
Abstract : Viscoelastic fluids appear in various industrial applications, including adhesive application, additive manufacturing, seam sealing and parts assembly with adhesive. These processes are characterized by complex geometry, moving objects and transient multiphase flow, making them inherently difficult to simulate numerically. READ MORE