Textbooks

[1] Kerong Zhou, Xianglin Gu, Xiaozu Su. Design of Concrete Structures. Tongji University Press, Mar. 2001.

[2] Xiaozu Su (chief editor), Xianglin Gu (co-editor). Civil Engineering English (Volume I). Tongji University Press, Aug. 2000.

[3] Xiaozu Su (chief editor), Xianglin Gu (co-editor). Civil Engineering English (Volume II). Tongji University Press, Feb. 2002.

[4] Xiaozu Su (chief editor), Xongfan Lin, Kerong Zhou, Xianglin Gu, Xiang Li, Wenjun Qu, Jianzhuang Xiao (co-editor). Design of Masonry Structures. Tongji University Press, Aug. 2002.

[5] Xianglin Gu (chief editor). Basic Principles of Concrete Structures. Tongji University Press. Nov. 2004.

[6] Jianjing Jiang, Jie Li, Weiliang Jin (chief editor) and Xianglin Gu (co-editor). Advanced Theory of Concrete Structures. China Construction Industrial Press. 2007.

[7] Haifan Xiang, Zuyan Shen and Lichu Fan (chief editor) and Xianglin Gu (co-editor). An outline of Civil Engineering. China Communication Press. Sep. 2007.

[8] Cimian Zhu (chief editor) and Weiping Zhang (co-editor). Textbook of National 10th 5-year plan for ordinary higher education - Structural Mechanics (Volume I & II). Higher Education Press, Jan. 2004.

[9] Xianglin Gu (chief editor), Design of Concrete Structures, granted as textbook of National 11th 5-year plan.

[10] Xianglin Gu (chief editor), Basic Principles of Concrete Structures (English Version), granted as textbook of Ministry of Construction of the PRC.


Exquisite courses

Exquisite courses: Basic Principles and Theory of Concrete Structure

“Basic Principles and Theory of Concrete Structure”, conducted by Prof. Xianglin Gu, was awarded as “Shanghai Level Exquisite Course”. Mr. Feng Lin contributed to the course.

“Basic Principles and Theory of Concrete Structure” is one of the mandatory and fundamental courses for civil engineering students and professional engineers. The objective is to help the students to establish a good understanding of the mechanical behavior of the structural members consisting of steel rebars and concrete. The students will also learn about the the relationship and difference between this course and the preceding courses, such as “Material Mechanics”, "Structure Mechanics” and “Steel Structure”. It also discusses the basic concepts and theories, which will be further discussed in the follow-up courses, such as “Design of Concrete Structure” and the graduate courses.

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