Searched for: contributor:"Metrikine, A.V. (mentor)"
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Winters, L.H.B. (author)
Heerema Marine Contractors (HMC) is a world leading marine contractor for the oil and gas industry and among other activities specialized in subsea pipelines and infrastructures. To improve and optimize the performance of subsea pipelines the industry requires a better understanding of the dynamic behavior of pipelines in the course of...
master thesis 2017
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Koen, M. (author)
Floating Production, Storage & Offloading (FPSO) units are extensively utilized in remote offshore areas for deep water developments where a pipeline infrastructure is not an economically viable solution. Traditionally, FPSOs are converted from oil tankers, which entails that they are not equipped with an appropriate mooring system. A spread...
master thesis 2017
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Taorem, S. (author)
In the preliminary design phase of an offshore wind turbine, a complete aerodynamic model is not required to assess its feasibility. As a result, engineers often switch to a simple model which is reliable and efficient, economically and computationally. Such a simplified model is based on the research interest. The main objective of this project...
master thesis 2017
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Smit, M.C.A.M. (author)
Fast growing offshore maintenance work scopes increase the demand for better insights in cost and risk reduction opportunities related to redundant work scope maintenance activities. This report describes the research on developing a structured selection methodology to compare benefits between different strategies on removing or maintaining...
master thesis 2017
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van den Berg, A. (author)
In order to accurately predict passing vessel interaction forces, different simulation tools have been developed over the years. Many of these are based on a double body flow approach. MARIN (a hydrodynamic research institute located in the Netherlands) developed a simulation tool called the FlowInteraction (FI) module, which is part of the...
master thesis 2017
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ter Braak, J.C. (author)
During Abandonment and Recovery (A&R) operations, steel wire ropes (figure 1) can experience torsional deformation. This deformation is a result of the helical configuration and the tension gradient in the rope due to its self-weight. The latter is very high when the ropes are used in deep water operations. Since the static component of the...
master thesis 2017
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van de Sande, J. (author)
master thesis 2017
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van Riet, T. (author)
In order to meet future energy demand, a more sustainable energy society is essential because fossil fuel reserves are depleting while the total energy consumption worldwide increases. One type of renewable energy which can play a role is ocean energy having the theoretical potential to exceed both current and future human energy needs. This...
master thesis 2017
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Pieters, P. (author)
Due to global demand for safe and cost-effective offshore personnel transfers, Ampelmann has developed multiple-motion-compensated transfer systems. These vessel-mounted motion-compensated offshore transfer systems allow for safe and comfortable access from vessels onto offshore structures. These systems create a near-motionless transfer deck by...
master thesis 2017
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Apostolidis, E. (author)
The offshore industry and especially the oil and gas production, has faced a remarkable growth in the last decades, causing an increase in the population of offshore structures. The overwhelming majority of these structures are bottom founded and mostly made out of steel. Over these decades much experience has been gained with the design and...
master thesis 2016
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de Bruijn, M.D. (author)
Master of Science in Offshore and Dredging Engineering - Faculty of 3ME and Civil Engineering.
master thesis 2016
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Rutgers, G. (author)
The offshore wind market is growing rapidly and will take a significant share in the total energy supply. Offshore wind energy is usually generated by large wind turbines. To transport the generated energy to transformer platforms or the mainland large sub-sea power cables are used. These cables are installed by means of a cable installation...
master thesis 2016
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Staal, T. (author)
Renewable energy is evolving to a source of increasing importance for the global energy supply. Within the renewables market, the offshore wind sector has become an important participant and experienced a rapid growth during the last years. Over 80% of the support structures of offshore wind turbines are monopiles (large diameter steel cylinders...
master thesis 2016
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el Kanfoudi, N. (author)
master thesis 2016
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Amellonado, A. (author)
Mobile jack-up units remain favourable in the offshore industry due to its capability to self-install and ability to work in moderate water depth. Prior to its mobilization to the site location, it is required to have a site-specific assessment (SSA). The SSA will identify any potential problems related to foundation conditions during...
master thesis 2016
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Hou, Z. (author)
master thesis 2016
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Xiao, Y. (author)
The Double Slip Joint (DSJ) is a new design concept to connect the transition piece to the foundation pile of an offshore wind turbine. It potentially offers high dynamic strength and reliability at a lower cost of installation and maintenance compared to other conventional techniques thereby contributing to the decrease of the cost of the wind...
master thesis 2016
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Van Ewijk, E.M. (author)
For more than a decade Jumbo has been active on the offshore market performing offshore installation projects with their two DP2 J-class vessels. However, the offshore market is a continuously growing and changing market and in order to keep up with these changes, Jumbo needs to innovate and investigate new activities within this offshore market...
master thesis 2016
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Van Beelen, J.W. (author)
master thesis 2016
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Kamphuis, T.P.J. (author)
master thesis 2016
Searched for: contributor:"Metrikine, A.V. (mentor)"
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