Essays about: "tillämpad mekanik"
Showing result 11 - 15 of 36 essays containing the words tillämpad mekanik.
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11. Optimization of composite materials in 2D
University essay from Uppsala universitet/Tillämpad mekanikAbstract : Composites are a useful type of material due to their ability to be created for specific applications. On the other hand composites often leads to a challenging optimization problem. READ MORE
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12. Mechanical design guidelines and criteria for mooring components in wave energy devices : Finding the optimum chain and shackle parameters
University essay from Uppsala universitet/Tillämpad mekanikAbstract : Obtaining the perfect renewable energy source is one of the most important questions of our lifetime. One renewable energy source that could be of interest in this question because of the characteristics of the power that could be extracted from it is wave energy. READ MORE
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13. Influence of hydrogen and carbides on high temperature cracking in cast Inconel
University essay from Uppsala universitet/Tillämpad mekanikAbstract : Hydrogen embrittlement is a well-known source of cracking in metallic mechanical elements. This work studies the influence of hydrogen and carbides on the crack formation in a castnickel-alloy-component in a selective catalytic reduction system. READ MORE
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14. Micro-architectured materials for thermal management : Porous graphite/graphene boiling enhancement structures
University essay from Uppsala universitet/Tillämpad mekanikAbstract : The convergence of the digital and physical world encourages advances in high-speed telecommunication and fifth generation technology. Two-phase heat transfer systems are common engineering solutions. However, due to the large frequency spectra in 5G, the systematic heat generation increases requiring more efficient thermal management. READ MORE
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15. Micromechanical modelling of creep in wooden materials
University essay from Uppsala universitet/Tillämpad mekanikAbstract : Wood is a complex organic orthotropic viscoelastic material with acellular structure. When stressed, wood will deform over timethrough a process called creep. Creep affects all wooden structureand can be difficult, time-consuming and expensive to measure. For this thesis, a simple computer model of the woodenmicrostructure was developed. READ MORE