介绍了多面体网格技术在静气动弹性问题中的应用。基于M6算例和径向基函数插值法,探究了多面体网格的CFD计算效率和变形能力,使用AGARD445.6机翼进行了静气动弹性数值计算。结果表明,多面体网格具有计算效率高、变形能力强、计算结果准确等优点,可适用于静气动弹性问题的数值计算。 The application of polyhedral mesh technology in the problem of static dynamic elasticity is introduced. Based on the M6 ​​example and the radial basis function interpolation method, the CFD computational efficiency and deformation capacity of the polyhedron mesh are explored. The AGARD445.6 wing is used to calculate the aerostatic elasticity. The results show that the polyhedron grid has the advantages of high computational efficiency, strong deformation capacity and accurate calculation results. It can be applied to the numerical calculation of the static aerodynamic elasticity.