Optimization on Resistance Performance of High Speed Unmanned Surface Vehicle in Middle-Low Speed
Unmanned surface vehicle has been the concern of the researchers at home and abroad as a new kind of unmanned platform ,especially for the middle-low speed resistance performance .An optimization method is proposed in this paper to find a hull form with perfect resistance performance in middle-low speed .This paper combines wave resistance and non-linear programming , Moreover, some hull forms are optimized to meet the combination of optimization punishing function with practical requirements and objective function to obtain Optimization form. The paper compared wave-making resistance coefficient and Total resistance (Newton) of Unit displacement (ton) between patent form and Optimization form to Show the feasibility of this method .The optimization results can provide reference for the subsequent hull form.
W. J. Ma et al., "Optimization on Resistance Performance of High Speed Unmanned Surface Vehicle in Middle-Low Speed", Advanced Materials Research, Vols. 311-313, pp. 2389-2392, 2011