- Understanding the mechanism of crack initiation and propagation occur on carbon steel and stainless steels suffering the severe industrial environments.
- Finding the causes and predicting risk of failure.

a. In scientific and technological fields:
- Determined the threshold stress required for SCC occur and time to failure. The effect of environment temperature and concentration on the initiation and growing up crack was studied.
- Determined the critical potential value of stainless steel 304 and 316 at those SCC may starts, the effect of environmental temperature and concentration of critical potential was observed.
- Determined that propagating mode of crack to be both intergranular and transgranular.
- Established the procedure conducting investigation SCC in the laboratory for carbon steel in alkalized and stainless steel in chloride environments.
b. In applications:
- Established the equipment and procedure of studying SCC in the laboratory that can be used for SCC investigation later on.
- Establish the procedure of failure analysis induced by SCC of carbon steel in alkalized and stainless steel in chloride environments.
- Investigated one failure case of bolt broken due to SCC.
- Proposed the preventions of failure due to SCC.

- The procedure conducting investigation SCC in the laboratory for carbon steel in alkalized and stainless steel in chloride environments.
- The procedure of failure analysis induced by SCC of carbon steel in alkalized and stainless steel in chloride environments.
- The preventions of failure due to SCC.
- Education: 01 Graduated student, 01 Master student