Associate Professor
Chein-Lee Wang
- PhD, University of Texas at Austin
- 886-6-2757575 ext 62809
- clwang@mail.ncku.edu.tw
- Rock Mechanics Lab
Professor
Experience
Professor
Research Field
we are working in researches rock mechanics, including rock fracture toughness, rock thermodynamics, and the application of rock materials in geotechnical engineering; carbon dioxide sequestration is also one of the research projects, and used Numerical simulation software for engineering seismology and deep underground excavation and nuclear waste disposal.
Fracture Toughness Test Study
Carbon dioxide sequestration test research
Research on Tunnel Engineering
Engineering seismology
Simulation of deep underground excavation, etc.
Teaching Subject
Numerical Analysis
Rock Mechanics
Engineering Mathematics
Past five years
Projects
Calculation test of rock mechanical properties and formation strength of production reservoirs, 2021.
Publications
Journal Papers
- Research on Type III Fracture Toughness Measurement and Basic Mechanical Properties of High Alumina Cement in High Temperature Environment, 2016.
- Finite element analysis of elastic-plastic composite disposal tank under confining pressure, 2016.
- Safety assessment of deep underground excavation rock mass—taking an outlying island as an example, 2016.
- Research on mechanical and physicochemical properties of silicon carbide casing cement under supercritical carbon dioxide environment, 2016.
- Research on the influence of carbon dioxide storage environment on the basic properties of the mounting material, 2016.
- Safety assessment of deep underground excavation rock mass under the earthquake duration with a recurrence cycle of 100,000 years – taking the Kinmen area as an example, 2015.
- A study on the safety assessment model of deep underground excavation rock mass under the earthquake duration of 100,000-year recurrence cycle – taking Taiwan and Kinmen as examples, 2014.
- Study on Type III Fracture Toughness Measurement of Fractured Disc Rock Specimens, 2014.
- Research on the properties of silicate compound casing cement in supercritical carbon dioxide environment, 2014.
