... and verify their mathematical model. Jeng and Zhao (2015) presented a two-dimensional numerical model using the time-phased shear stress obtained from the oscillatory response numerical model. Sui and Zhang et al. (2019) investigated the buildup of pore pressure and residual liquefaction in the vicinity...

... in the condition assessment of structures. The semi-automatic data evaluation with BMU is described and potential improvements are discussed. The paper ends with a summary and an outlook. BAYESIAN MODEL UPDATING METHOD For engineering problems, mathematical models are typically used to simulate and evaluate...

... ABSTRACT An accurate maneuvering mathematical model is essential in ship motion prediction and autonomous navigation. This article analyzes the hydrodynamic characteristics and establishes a maneuvering mathematical model of an Azimuth-Stern-Drive ship. The virtual captive model tests...

... engine power propeller calculation result ship net thrust wind speed united kingdom government social responsibility sustainable development wing sail mepc thrust matrix matrix model test coefficient sailing speed mathematical model Proceedings of the Thirty-third (2023) International...

... ABSTRACT An extensive numerical study on the possibility of parametric rolling of containership was conducted based on Mathieu instability. For Post-Panamax class containership, numerical analysis using a fully nonlinear model and a simplified dynamic mathematical model, and the prediction...

... froude number mesh convergence calculation procedure social responsibility sustainable development grid mathematical model drift angle richardson tot lateral force prediction computation resistance modeling Proceedings of the Thirty-third (2023) International Ocean and Polar...

... responsibility sustainable development vibration oscillator artificial intelligence cross-section cylinder sustainability china government ocean energy amplitude cross-section vibrator frequency vibration amplitude energy conversion efficiency equation mathematical model vortex-induced vibration...

... and the mechanical model are very complex, precise modeling is complicated. A highly simplified mathematical model of the system can lead unrealistic simulation results, while more detailed models will need more computation time and more effort on debugging. To mitigate these problems, this paper uses a semi...

... ABSTRACT For the purpose of studying the feasibility of deep-sea vehicles with damping plate deceleration mechanism achieving a safe water-exit velocity, the hydrodynamic coefficients of body and mathematical model of the damping plate deceleration mechanism are estimated by using...

... in the form of crevasses and trenches. Therefore, it is necessary to study the ditch-crossing capacity of all-cushion hovercraft which is an important index to the amphibious performance. Aiming at a hovercraft of the national key research and development program, a mathematical model for ditch-crossing...

... mechanism blade element turbine geometry social responsibility hull glider mathematical model thermal engine cylinder wake distribution Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright © 2022...

... social responsibility stream velocity tidal stream energy resource ocean energy renewable energy measured data potential assessment sustainable development power density mathematical model tidal stream energy sustainability assessment stream turbine stream energy november 2010...

... Abstract This paper discusses mathematical models of iceberg towing that considered iceberg shape characteristics in an explicit form. These models allowed to analyze oscillations appearing in towing system at begging of iceberg motion and during its mode change, when dynamic action is applied...

... by experimental evidence so far and this may lead to some uncertainties in practical applications except for Vicinanza et. al. (2009). logic programming mathematical model regular wave diffraction jetty artificial intelligence wave diffraction helmholtz equation complex variable function double...

... ABSTRACT On the basis of optimization results developed by previous work of variable pitch turbine, this paper studies the influence of power input on the active pitch control turbine performance. A mathematical model is proposed by using the D'Alembert principle to help solve force...

... with mathematical models. And with the progress of CFD (computational fluid dynamics) techniques and HPC (high performancecomputers), numerical simulation are widely used in the predictions of ship maneuvering. Carrica, Ismail, Hyman andBhushan (2013)performed numerical simulations of free-running tests, include...

... of the platform lifting operation are not satisfactory. upstream oil & gas ballast tank fuzzy logic platform artificial intelligence controller huazhong university ballast water target depth characteristic mathematical model control system subsea system pid controller simulation result...

... SFT mathematical models are expressed by a set of partial differential equations, including four partial differential equations and four boundary conditions, totally 16 combinations. Each represents a type of SFT with a specific way by which the tube connects to the shores. They are SFT...

... loading diameter peak shear stress ibsen displacement bucket diameter foundation wind energy shear stress formulation load-transfer curve suction bucket foundation bucket foundation mathematical model renewable energy suction bucket Axial Load-Transfer Curves for Suction Bucket...

... as the input parameters in the proposed mathematical model. Tensile tests for the umbilical line are carried out to acquire the corresponding tension strain relationships. The nonlinear material property obtained will be introduced as the nonlinear axial stiffness of the net.Taking account of the nonlinear...