Search for dissertations about: "High-speed craft"
Showing result 1 - 5 of 8 swedish dissertations containing the words High-speed craft.
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1. On Structural Design of High-Speed Craft
Abstract : The development in structural design and construction of high-speed craft has been extensive during the last decades. Environmental and economical issues have increased the need to develop more optimized structures, using new material concepts, to reduce weight and increase performance efficiency. READ MORE
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2. New Perspectives on Analysis and Design of High-Speed Craft with Respect to Slamming
Abstract : High-speed craft are in high demand in the maritime industry, for example, in maintenance operations for offshore structures, for search and rescue, for patrolling operations, or as leisure craft to deliver speed and excitement. Design and operation of high-speed craft are often governed by the hydrodynamic phenomena of slamming, which occur when the craft impact the wave surface. READ MORE
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3. On Evaluation and Modelling of Human Exposure to Vibration and Shock on Planing High-Speed Craft
Abstract : High speed in waves, necessary in for instance rescue or military operations, often result in severe loading on both the craft and the crew. To maximize the performance of the high-speed craft (HSC) system that the craft and crew constitute, balance between these loads is essential. READ MORE
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4. Loads and responses for planing craft in waves
Abstract : Experimental and numerical analysis of loads and responses for planing craft in waves is considered. Extensive experiments have been performed on a planing craft, in full-scale as well as in model scale. The test set-ups and significant results are reviewed. READ MORE
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5. Towards consonance in working conditions, health and performance aboard high-performance marine craft
Abstract : The High-Performance Marine Craft (HPMC) is a complex man-machine system dealing with the stochastic nature of the sea. The occupants of these craft are challenged by the strenuous work environments resulting in various detrimental conditions and reducing the overall performance of the system. READ MORE