本文将 Ｈｏｄｇｅ混合硬化模型推广，并和 Ｄａｆａｌｉａｓ模型相结合，提出适用于复杂加载，特别是循环加载条件的本构模型，同时给出了这种模型的近似解析积分方法。实例表明所提出的模型具有描述材料在循环载荷作用下的几个基本特征现象的能力，同时所要求记录的信息及计算工作量较少，便于耦合进现有的一般目的有限元程序。 This paper generalizes the Hodge mixed hardening model and combines it with the Dafalias model to propose a constitutive model suitable for complex loading, especially for cyclic loading conditions. At the same time, the approximate analytical integration method for this model is given. The examples show that the proposed model has the ability to describe several basic features of the material under cyclic loading. At the same time, the required information and computational workload are less, and it is easy to be coupled into the existing general purpose finite element program.