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介绍了利用多重网格技术求解等温线接触弹流润滑问题的方法及程序实现．在算法上对压力迭代过程进行了简化；提出了弹性变形计算中弹性矩阵与修正矩阵的压缩表示形式，大大地降低了程序所需内存量；在１０－１３≤Ｕ≤１０－９，１０－６≤Ｗ≤１０－２的广大参数范围内给出了算法的稳定区域．通过与其它解法及经验公式对比说明了多重网格技术将成为未来弹流理论研究中的主要数值方法之一．
The method and procedure for solving the problem of isokinetic contact elastohydrodynamics using multigrid technique are introduced. The iterative process of pressure is simplified in the algorithm; the elastic representation of the elastic matrix and the correction matrix in the elastic deformation calculation is proposed, which greatly reduces the amount of memory required by the program; in the range of 10-13≤U≤10-9,10- The range of 6≤W≤10-2 gives the stable region of the algorithm. By comparing with other solutions and empirical formulas, it is demonstrated that multi-grid technology will become one of the main numerical methods in the future study of the theory of the eruptive flow.