..., Offshore, and Arctic Engineering Division of ASME for publication in the J ournal of O ffshore M echanics and A rctic E ngineering . 23 08 2024 03 11 2024 05 11 2024 26 11 2024 Graphical Abstract Figure coastal engineering computational fluid dynamics fluid...

... From about the middle of the twentieth century, the interaction of water waves with breakwaters has attracted much attention owing to its widespread applications in ocean and coastal engineering. Different kinds of offshore breakwaters are installed parallel to coastline to protect beaches and offshore...

... 17 08 2024 20 08 2024 13 09 2024 Graphical Abstract Figure tubular joint stress intensity factor Gaussian process regression Bayesian optimization coastal engineering fatigue and fracture reliability and control offshore safety and reliability structural safety...

... for publication in the J ournal of O ffshore M echanics and A rctic E ngineering . 23 07 2023 07 12 2023 12 12 2023 17 04 2024 Graphical Abstract Figure bridge cofferdam multidirectional focused wave wave load numerical simulation coastal engineering...

... column (OWC) dual boundary equation method (DBEM) computational fluid dynamics (CFD) lipwall configurations optimum damping coefficient flow visualization coastal engineering fluid–structure interaction hydrodynamics ocean energy technology Harnessing energy from the ocean helps...

... 10.13039/501100001809 51988101 centrifugal model test suction anchor loading inclination padeye position failure mechanism failure angle ultimate bearing capacity coastal engineering floating and moored production systems structural mechanics and foundation 05 07 2023 19 01...

... = working gas volume of the accumulator shore-based mooring system wind wave current coupling cable tension volume-varying hydraulic system numerical simulation coastal engineering design of offshore structures ship motions risers and moorings and cable dynamics wave mechanics and wave...

... reflection and transmission coefficients coastal engineering fluid–structure interaction wave mechanics and wave effects Ocean trenches are deep, elongated depressions in the ocean floor that extend for thousands of kilometers. While primarily known for geological and biological significance...

... for offshore and coastal engineering applications by fully using Bragg resonance. Bragg resonance floating breakwaters surface-piercing vertical multi-plate time-domain desingularized boundary integral equation method coastal engineering design of offshore structures floating and moored production...

... Transmission Through Permeable Breakwaters ,” Coastal Engineering Proceeding , Vancouver, British Columbia, Canada , July 10–14 , pp. 1827 – 1846 . [8] Dalrymple , R. A. , Losada , M. A. , and Martin , P. A. , 1991 , “ Reflection and Transmission From Porous Structures Under Oblique...

... 12 2023 submerged pile–rock breakwater porous plates stack dual boundary element method scattering and force coefficients coastal engineering fluid–structure interaction wave mechanics and wave effects Ministry of Earth Sciences 10.13039/501100001851 A nation's...

... results of composite wavy porous plate indicate improved hydrodynamic performance as compared to the horizontal porous plate and wavy porous plate. This study is significant for practical applications in coastal engineering environments. Email: amarkm@iitkgp.ac.in 1 Corresponding author. Email...

... Division of ASME for publication in the J ournal of O ffshore M echanics and A rctic E ngineering . 07 04 2023 21 07 2023 04 08 2023 30 08 2023 submerged oscillating plates GN equations shallow water waves wave reflection and transmission coastal engineering fluid...

... 2023 hydrokinetic energy current loads plate array computational fluid dynamics coastal engineering fluid–structure interaction hydrodynamics ocean energy technology Water current energy is converted into electricity by an array of plates or paddles in several hydrokinetic energy...

... floating body broadside filling with water model test frequency domain analysis motion response coastal engineering hydrodynamics Ministry of Industry and Information Technology of the People's Republic of China 10.13039/501100006579 [2019]357 National Natural Science Foundation...

...-circular breakwaters multi-domain boundary element method energy loss coefficient coastal engineering design of offshore structures hydrodynamics wave mechanics and wave effects Over the decades, the problem of surface gravity wave scattering by submerged and floating bodies of several...

... . This work is in part a work of the U.S. Government. ASME disclaims all interest in the U.S. Government’s contributions. 24 10 2022 19 02 2023 20 02 2023 05 04 2023 coastal engineering design of offshore structures hydrodynamics ocean energy technology offshore material...

... dissipation coefficient coastal engineering fluid-structure interaction ocean space utilization wave mechanics and wave effects 25 11 2022 22 01 2023 22 01 2023 28 02 2023 Contributed by Ocean, Offshore, and Arctic Engineering Division of ASME for publication in the J ournal...

... breakwater V-shaped wave power coastal engineering floating and moored production systems hydrodynamics wave mechanics and wave effects Wave energy has been highlighted as a renewable energy resource for over 50 years, whereas more than 1000 different types/patents of wave energy converters...

... by the selection and fitting of short-term peak values significantly; and (3) the extreme hydrodynamic loads estimated by either Rosenblatt transformation or Nataf transformation shows similar results. SWAN + ADCIRC environmental contour hydrodynamic loads elevated pile cap foundation Kriging coastal...