A new approach is based on solving solid-fluid interaction and stimulates real-time six degrees of freedom (6DOF) properties for a wind turbine, helping wind energy engineers evaluate some critical wind turbine properties and performance qualities with 6DOF properties always logged by Ansys Fluent solver. The widely applying methodologies, such as the momentum analysis theory and the blade element momentum theory, can virtually evaluate power generation and verify maximum angular velocity from Ansys Fluent. Some mean wind speeds (from 10 mph to 35 mph, with five mph increment) are set as driving wind fields. Offshore observation and statistical analysis for the average stratospheric condition are the based time-variant boundary conditions. Unsteady and periodic wind fields are designed with a 14% fluctuation about mean wind speeds and four or eight seconds in the sinusoidal period. The simulation results show that there exist similarities about the angular velocities and accelerations of the turbine rotor when various kinds of wind fields driving the rotor from stationary to steady operation.