| Name: PENG
Kaiping |
Position:
professor |
Tel:
+86-591-22866532 |
E-mail:
pkp715@163.com |
Research
Interests: mechanical behavior of metal materials; SOFC materials |
Education Background |
1980.9—1984.7: Department of
Mechanical Engineering, Tianjin
University, B. E. |
1986.9—1989.7: Department of
Mechanical Engineering, Fuzhou
University, M. E. |
2002.2—2007.2: College of Materials
Science and Engineering, Fuzhou
University, D. E. |
|
Research Experience |
1989.9 till now, College of materials science and
engineering, Fuzhou University |
|
Project |
Micromechanism
of dynamic strain aging of FCC alloys, the National Natural Science
Foundation of China (50441013), 2005、1——2005、12 |
The
preparation and application of metal materials with nano twins，the major project of
Fujian Province (2009H0023).2009-2011 |
Grain
refinement through precise control of sever plastic deformation, the Natural
Science Foundation of Fujian Province (2011J01290).2011-2014 |
Study
on grain boundary conductivity through the second phase control doped CeO2 , the Natural Science Foundation of Fujian Province
(2017J01686).2017-2020 |
Publications |
1.Kaiping Peng, Ying
Zhang,Leon
L. Shaw,and K.-W. Qian.Microstructure
dependence of a Cu–38Zn alloy on processing conditions of constrained groove
pressing，Acta
Materialia 57 (2009) 5543–5553 |
2.Kaiping Peng, Lifeng Su,aLeon L. Shawb,and K.-W. Qian. Grain
refinement and crack prevention in constrained groove pressing of two-phase Cu–Zn alloys.
Scripa Materialia,56（2007）987－990 |
3.Xueping Mou, Kaiping Peng*, Jiawei Zeng, Leon L. Shaw,K.-W.
Qian，The influence of the equivalent strain on the microstructure and
hardness of H62 brass subjected to multi-cycle constrained groove pressing，Journal of Materials Processing Technology 211 (2011) 590–596 |
4.Kaiping Peng, Xueping Mou, Jiawei Zeng , Leon L. Shaw*, K.-W.
Qian，Equivalent strain, microstructure and hardness of H62 brass
deformed by constrained groove pressing，Computational Materials Science 50
(2011) 1526–1532 |
5.Dong
Lin, Qunhao Wang, Kaiping Peng*, Leon L. Shaw，Phase formation and properties of composite
electrolyte BaCe0.8Y0.2O3−δ–Ce0.8Gd0.2O1.9
for intermediate temperature solid oxide fuel cells，Journal of Power Sources， 205 (2012) 100– 107 |
6.DANG Qi, PENG Kaiping, GUO Guiping. Effect of Ni-Ce0.8Gd0.2O1.9
anode pores on performance of intermediate temperature solid oxide cells. Journal
of the Chinese Ceramic Society. 2014,42（1）：56-64 |
