... methods with experimental results obtained by the Plymouth university, the paper is part of the ISOPE 2023 "first Floating Offshore Wind Turbine (FOWT) comparative study" session. numerical model sustainable development simulation full scale europe government wind turbine experimental data...

... production storage & offloading ship platform design floating production system freight & logistics services hull form case-a subsea system initial hull marine transportation fpso case-b resistance level ice full scale water condition minimum power efficiency coefficient polar ship...

... system fowt tension force full scale university offshore wind turbine engineering load case tendon failure water depth wind speed ocean engineering experimental study ABSTRACT In this paper, a description of physical model tests conducted on a newly designed 5-MW TLP Floating Offshore...

... basin model test mooring system tower-top shear force dynamic behavior sjtu-spic concept subsea system floating production system environmental condition platform side column full scale wind turbine concept wind load wind-wave condition turbine reference wind turbine wind turbine wind...

... in extreme azimuthing condition by using a RANS-based CFD code. full scale frictional drag coefficient scale effect investigation thrust coefficient pod body different scale pressure drag coefficient podded propulsor model scale reynolds number propeller drag coefficient upstream oil...

... semi submersible (70m × 70m) was developed and 4 cages representing a volume of approximately 73500 m3 (full scale) were constructed. The semi submersible and the cage were interconnected through a patented hinge system. Furthermore a scaled down net structure has been developed. In order to evaluate...

... ABSTRACT The performance of full scale ship is commonly estimated from results of model scale analysis as ITTC correction methods. Recently, full scale CFD is also being used for ship performance estimation due to less scale effect. However, full scale CFD is difficult to validate the results...

... et al., 2018). The principal dimensions of SeaWEED and its scaled model are shown in Table 1. Table 1 Particulars of SeaWEED Parameter Full Scale 1:35 Scale Nose Module Length, Ln(m) 9.000 0.257 Tail Module Length, Lt(m) 9.000 0.257 Producing Module Length, Lp(m) 16.000 0.457 Width, B(m) 8.000 0.229...

... design stage of high ice-class ships, which may lead to the question: how does the ice load during ship-ice impact vary? ship ship-ice impact subsea system contact area platform design fpso model ship tactile sensor ice floe intermediate peak full scale pressure distribution ice load...

... methods. In the load variation method, the revised ITTC-78 method based on the ‘thrust identity’ is utilized to predict propulsive performances in full scale. The propulsion performances in waves including propeller rotating speed, thrust, torque, thrust deduction and wake fraction, propeller advance...

..., seakeeping performance of the ship can be predicted by introducing waves in the model basin. However, the model is often a simplified version of full scale reality, meaning that the behaviour of the model does not completely correspond to that of the actual ship. For instance, one of the main limitations...

.... Numerical results indicate that PBCF can obtain a net propulsion efficiency improvement of 2% in the model scale. The augmentation of the propeller efficiency by full scale model is significantly twice as much as that of the model scale. INTRODUCTION In recent years, the International Maritime...

... of the model in the correct height above the baseline, also when the model is connected to the towing system. This is realized with two articulated force balances. head wave ship model full scale sea area head sea regular wave marine transportation wave height ship speed ship coefficient...

... and any free span VIV or crossings induce further fatigue loads on the seam weld which is concurrently exposed to the transported fluids environment. midstream oil & gas flaw size flaw linepipe mpa assessment installation local brittle zone calculation weld seam weld full scale...

... mesh reynolds number amplitude upstream oil & gas constantinide arctic eng vim subsea system model test full scale simulation int conf reduction vim response A CFD Based Analysis of the Vortex Induced Motion of Deep-Draft Semisubmersibles Arun Antony1, Vimal Vinayan1, John Halkyard...

... methodology are validated, even focusing on behaviors of ship diesel engine. full scale marine transportation ship speed rotational speed propeller rotational speed thrust resistance coefficient model test model scale experimental methodology propulsion performance ship correction method...

...., 2012 and Loysel (b) et al., 2013). strategic planning and management liquified natural gas calculation performance indicator free surface elevation lng cfd calculation simulation correspond full scale loysel experiment international offshore liquid global force global flow gas...

... problem. Thus, the prediction of cavitation in marine propellers is essential to estimating the performance of the vessel. The simulation is carried out for the erosion case of a capesize bulk carrier. The design propeller for the subject vessel has damage due to erosive cavitation in full scale...

... calculation polar eng conf shape parameter isope mesh full scale upstream oil & gas tank liquid global force lng cfd calculation key parameter simulation liquified natural gas gas monetization relative liquid normal velocity global force peak pressure normal velocity midstream oil...

... of nonlinear mooring system elastic characteristic and and investigation wave field in water area. elastic characteristic experiment moored vessel operation dynamometer full scale port fender simulation characteristic elongation ship elastic linkage accuracy subsea system model test cargo...