Abstract: With the increasing penetration of wind power into modern power systems, accurate forecast models play a crucial role in large-scale wind power consumption and power system stability. To improve the accuracy and reliability ...

Abstract: Although the near-natural silviculture approach as a method for urban renaturalization has been widely applied in the world, there have been few reports about its long-term recovering dynamics, especially its eco-benefits. ...

Abstract: This study investigates the dynamic linear, nonlinear responses, and shock damage of two kinds of submerged cylindrical shell models exposed to underwater spherical trinitrotoluene (TNT) charge ...

Abstract: In the past decades, various novel functions (i.e., negative Poisson's ratio, zero thermal expansion) have been obtained by tailoring the microstructures of the cellular structures. Among all the microstructures, the ...

Abstract: The asphalt mixture, AC - 13 C, is aged in an oven for five different periods, and then, stress relaxation tests are conducted at

Abstract: arge-eddy simulations are made for the canonical Ekman layer problem of a steady wind above a uniformly rotating, constant-density ocean. The focus is on the influence of surface gravity waves: namely, the wave-averaged ...

Abstract: AbstractA large-eddy simulation (LES) model is configured to investigate the effect of the horizontal (northward) component of Earth?s rotation on upper-ocean turbulence. The focus is on the variability of the effect with ...

Abstract: ABSTRACTThe horizontal dispersion of materials with a constant rising speed under the exclusive influence of ocean surface boundary layer (OSBL) flows is investigated using both three-dimensional turbulence-resolving ...