Ting Tan
Associate Professor, Department of Civil and Environmental Engineering
- Ph.D., Princeton University
BIO
The study of T Lab proceeds with a synergy of mechanics and materials, including fracture of materials, energy infrastructure materials and art-structure conservation. We are interested in developing experimental approaches to investigate materials and structures in the context of energy and sustainability.
Courses
- CE 100 - Mechanics of Materials
- CE 173 - Reinforced Concrete
- CE 295 - Sustainable Engineering Materials
Area(s) of expertise
Fracture of materials, energy infrastructure materials, experimental mechanics, art-structure conservation
Bio
The study of T Lab proceeds with a synergy of mechanics and materials, including fracture of materials, energy infrastructure materials and art-structure conservation. We are interested in developing experimental approaches to investigate materials and structures in the context of energy and sustainability.
Courses
- CE 100 - Mechanics of Materials
- CE 173 - Reinforced Concrete
- CE 295 - Sustainable Engineering Materials
Areas of Expertise
Fracture of materials, energy infrastructure materials, experimental mechanics, art-structure conservation
Publications
- Y.J. Li, J. Yang, John Hughes, T. Tan* (2018), 鈥淎n experimental study on adhesion between steel and cement pastes using particle probe scanning force microscopy鈥, Journal of the American Ceramic Society, .
- S. Alghamdi, T. Tan*, C. Hale-Sills, F. Vilmont, T. Xia, J. Yang, D. Huston, M. Dewoolkar (2017), 鈥淐atastrophic failure of nacre under pure shear stresses of torsion鈥, Scientific Reports, 7, 13123. (Top 100 Read Scientific Reports Materials Science Papers in 2017)
- Y.J. Li, J. Yang, T. Tan* (2015), 鈥淪tudy on adhesion between asphalt binders and aggregate minerals under ambient conditions using particle-modified atomic force microscope probes", Construction and Building Materials, 101, 159-165.
- T. Tan, N. Rahbar, S. Kwofie, D. Dissmore, S. Allameh, Ghavomi, W.O. Soboyejo (2011), 鈥淢echanical properties of functionally graded hierarchical bamboo structures鈥, Acta Biomaterialia, 7, 3796-3803.