Open Access Open Access  Restricted Access Subscription or Fee Access

Optimal Design of the Aerodynamic Parameters for the Two-Dimensional Guided Artillery Projectile

ZHENG HUANG, KE LIANG

Abstract


An optimization method is introduced to design the aerodynamic parameters of a dual-spin two-dimensional guided projectile with the canards for trajectory correction. The nose guidance kit contains two pairs of canards which can provide lift and despinning with a projectile for stability. An optimal design algorithm is developed to decide the profiles of the steering and spinning canards, and their deflection angles are also simulated to meet the needs of trajectory correction capabilities. Finally, the aerodynamic efficiency of the specific canards is discussed according to the CFD simulations. The simulation and analysis results can be further applied to the exterior ballistics design.

Full Text:

PDF