ABSTRACT
ABSTRACT: Based on Fifth-order Stokes regular wave theory and logarithmic law, wave load and wind load were simulated individually in accordance with nonlinear waves and static wind. Through random sampling of the probability density function of the two forces individually and calculating the superposition of each value, the probability density function of the total force is obtained. Observationally, the conclusions are summarized as follows: the relationship between the two is approximate negative correlation; the probability density function of total wind force is the superposition of five probability density function, each of them meets Gauss distribution; the general trend of the distribution of total force can be described as Gauss distribution.
