Although three-dimensional (3D) finite-element methods are available for the design of monopiles in this context, much of the routine design work is currently conducted using simplified one-dimensional (1D) models based on the p–y method. The p–y method was originally developed for the ...
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Although three-dimensional (3D) finite-element methods are available for the design of monopiles in this context, much of the routine design work is currently conducted using simplified one-dimensional (1D) models based on the p–y method. The p–y method was originally developed for the ...
The results of computations of the dependence of the kinetic energy of the drifting ice field on its characteristic dimension for various wind velocities (presented on a logarithmic scale) show the existence of a power-law dependence between the kinetic energy and dimension. This dependence has the...
The results of computations of the dependence of the kinetic energy of the drifting ice field on its characteristic dimension for various wind velocities (presented on a logarithmic scale) show the existence of a power-law dependence between the kinetic energy and dimension. This dependence has the...
The presented results of modeling give the possibility of approximating the dependence of kinetic energy of the ice field on the wind speed by the power dependence: Eki f (w) ∼ w1.97 (13) Figure 4. Dependence of the drifting ice field kinetic energy on the wind velocity for various ...