...’ installation method, where fully assembled wind turbines are transported and directly mated at the offshore site location. Numerical modeling and dynamic analysis reveal the complex motions involved in this approach due to harsh environmental conditions and intricate interactions between multiple bodies...

... of the devices is necessary. However, multiple-body interactions generally require high computational costs. Thus, such a method is not suitable for real-time control. In this paper, we propose a time domain motion prediction of an array of oating bodies with low computational costs. It is based...

... Robinia pseudoacacia tree windbreaks using the OpenFOAM model. The results reveal that smaller tree distances increase the minimum wind speed and the shelter distance. When tree distances exceed 0.6 times the tree height, the tree windbreak shows non-interaction among individual trees. Additionally...

... the Eulerian grid, and their interactions with different types of elements are automatically calculated through contact algorithms, enabling interaction between different types of elements, as shown in Fig. 3(An et al., 2014). Figure 3. Mesh deformation characteristics corresponding to CEL algorithm...

... flow; VHF equipment can interact with ships, including smart ships, in real time to build connected transportation for smart shipping. Recently, there has been considerable research on the expansion of buoy functions. Planck et al. (2019) discuss the development of the Seasonal Ice Mass Balance buoy...

...Proceedings of the Thirty-fourth (2024) International Ocean and Polar Engineering Conference Rhodes, Greece, June 16 21, 2024 Copyright © 2024 by the International Society of Offshore and Polar Engineers (ISOPE) ISBN 978-1-880653-78-4; ISSN 1098-6189 www.isope.org Interaction between Underwater...

... ABSTRACT This paper studies the interaction between water waves and a floating laminated structure. The structure is a composite multilayered plate consisting of two elastic panels and a middle low-density soft core layer. The core layer is made of viscoelastic damping materials, and the wave...

... and transmission characteristics and dynamic response of plate are analyzed. The results indicate that the fluid-structure interaction parameter significantly influences the propagation of shock waves through a freestanding plate, where the incident wave can be considered completely penetrating the structure...

... of large air bubbles, causing a shift in the power-law exponent of bubble number density from −10/3 to −9/2 as bubble diameter increases. INTRODUCTION Wave breaking and air entrainment are intense two-phase interface interaction phenomena, influencing the mass and momentum exchange between air...

... involved in the strongest event, highlighting the wide range of interacting scales contributing to the load. INTRODUCTION The path to the hydrogen transition implies the development of the whole value's chain from production via transportation to distribution. The maritime transportation of such large...

... ABSTRACT The paper addresses the problem of thrusters interactions and thrusters identification for the purpose of dynamic positioning (DP) operations and DP capability prognosis. Carried out analyses are based on numerical and experimental methods. The computations show satisfactory...

... constraint is only related to local variables or not, and increased the sizes of sensitive design variables gradually starting from their lower bounds to obtain the feasible solution. However, this approach can only optimize one variable per iteration, making it challenging to consider the interaction...

... ABSTRACT Moving ships and offshore platforms will produce water-air-bubble mixture flow in their vicinity. The characteristics of water-air-bubble mixture flow vary at distinct locations along the hull. At the bow of the vessel, intense interaction with the water surface results...

... in the wake region of the propeller and is significantly influenced by the propeller's jet flow. Additionally, different steering angles of the rudder will affect the inflow of the propeller, which is known as the propeller-rudder interaction phenomenon. This interaction leads to the complexity and difficulty...

... is to identify the dominant factors influencing the drag coefficient of the windward surface of the upper structure. cruise ship calculation optimization coefficient bridge factor-level orthogonal design ocean engineering wind engineering reservoir simulation engineering resistance interaction...

... ABSTRACT The interaction between multi-cavitation dynamics is a common phenomenon of interest in natural and industrial applications, such as hydraulic engineering, medical fields and military fields. The non-spherical oscillating bubble and air bubble shapes, various kinds of bubble jetting...

... to key pillars of autonomous shipping, i.e., technology, human-AI interactions, and regulatory aspects of shipping. requirement risk management artificial intelligence operational requirement redundancy operator interaction autonomous ship ship navigation ship ooc sensor ship operation...

... of crack growth results in long computation times and low solution efficiency. This greatly limits the application of the finite element method in problems involving cracking and failure. geologist reservoir geomechanics faceplate interaction hydraulic fracturing propagation stiffener...

... from land to sea (Esteban et al., 2011; Gutiérrez-Romero et al., 2016). social responsibility deformation decay iea 15mw sustainable development china plane turbine fowt boundary offshore wind farm project foundation interaction simulation contour sustainability part platform...

... reservoir simulation production monitoring fraction geologist reservoir surveillance pipe geology particle dissipation cfd-dem equation diameter interaction zhang powder technol fluid dynamics multiphase flow production control coarse particle regime concentration particle...