Wave Simulation Research Program: Linear Superposition Method for 3D Random Wave Modeling

Wave simulation research constitutes a broad and profound field, with the simulation study of three-dimensional random waves using the linear superposition method representing a crucial research direction. This research enables deeper understanding of wave characteristics and their interactions with marine structures like ships, while providing substantial support for advancements in related fields. The simulation program typically implements algorithms that model wave spectra using Fourier transforms and phase randomization techniques to generate realistic wave patterns. This simulation program finds applications across diverse scenarios including ocean engineering, meteorology, marine science, and ship engineering. In these application domains, wave simulation research programs have gained widespread recognition and practical implementation. Consequently, we can affirm that wave simulation research programs represent one of the vital development directions in marine science and related fields, often incorporating numerical methods for solving hydrodynamic equations and statistical approaches for wave parameter analysis.