课程主要介绍岩土类材料的本构行为及相关本构方程，内容涵盖张量运算、连续介质力学、广义胡克定律、塑性屈服面与硬化法则、摩尔-库伦模型、临界状态土力学及剑桥模型等。课程同时会与学生探讨相关领域的最新研究进展和动态，如基于机器学习的本构模型等。

The course will introduce the constitutive behaviors of geologic materials (mainly soils) and their constitutive modeling. The content covers tensor algebra, continuum mechanics, generalized Hookean law, yield surface, hardening law, Mohr-Coulomb model, critical state soil mechanics, and Cam-clay models. Meantime, the course will also stimulate the students to explore advanced topics, such as machine learning-based soil constitutive modeling.