Xin Sha-土木工程与力学学院

Xin Sha

Name

Xin Sha

Date of Birth

1987.12

Title

Assistant Professor

Degree

Ph.D.

Position

Discipline

Education and
Professional
Experience

Education：
Ph.D. | Auburn University
09/2014– 01/2021

Ph.D. program, Civil Engineering (Structural)

Master | Ocean University of China

09/2012– 07/2014

M. Eng., Architecture and Civil Engineering

Bachelor | Taiyuan University of Science and Technology

09/2007– 07/2011

B.Eng., Engineering Mechanics

Professional Experience：

Research Assistant | Auburn University, 2019-present
Teaching Assistant (Steel Design)| Auburn University, Fall 2019
Teaching Assistant (Structural Mechanics)| Auburn University, Fall 2019
Teaching Assistant (Mechanics of Materials)| Auburn University, Spring 2020
Teaching Assistant (Mechanics of Materials)| Auburn University, Fall 2020

Social Academic
Post and Honor

Presenter | Auburn University
Participated in the competition hosted by the Council of Engineering Graduate Students (CEGS) in 2018, the title of research showcase is “Analysis of Transfer Length for Prestressed FRP Tendons in Pretensioned Concrete Using Composite Beam Theory”.
Presenter | Auburn University
Participated in the competition hosted by the Council of Engineering Graduate Students (CEGS) in 2017, the title of research showcase is “Transfer Length of Prestressed Concrete Beam with FRP Tendons using Composite Beam Theory”.
Presenter | Auburn University
Participated in the competition hosted by the Council of Engineering Graduate Students (CEGS) in 2016, the title of research showcase is “Shear and Connection Demand Prediction for Precast Wall Panels under Shock Wave Force”.

Main Courses

Scientific
Research Field

Composite Beam Theory, Concrete members reinforced by FRP, Bond-slip relationship

Projects

Main Papers
and Patents

1. Sha Xin, Davidson JS. Analysis of Transfer Length for Prestressed FRP Tendons in Pretensioned Concrete Using Composite Beam Theory. Composite Structures. 2019 Jan 15;208:665-77. Composite Structures, Pub Date: 2018-10-06, DOI: 10.1016/j.compstruct.2018.10.012
2. Sha Xin, Davidson JS. Analysis of Interfacial Stresses in Concrete Beams Strengthened by Externally Bonded FRP Laminates Using Composite Beam Theory. Composite Structures. 2020 Mar 19:112235. Composite Structures, Pub Date: 2020-03-19, DOI:10.1016/j.compstruct.2020.112235
3. Sha Xin, Davidson JS. Applications of Composite Beam Theory in FRPs Strengthening Concrete Members and Comparative Study of Finite Element Models, 2020 Sep Submitted to Composite Structures. Under Review

Email

xzs0010@auburn.edu