Pengcheng Zhang, born in November 1978, the engineer of Collaborative Innovation Center of Steel Technology. Received his bachelor’s department of metallurgy, Hebei University of Science and Technology in 2001, and received his doctor’s degree from school
Pengcheng Zhang, born in November 1978, the engineer of Collaborative Innovation Center of Steel Technology. Received his bachelor’s department of metallurgy, Hebei University of Science and Technology in 2001, and received his doctor’s degree from school of materials science and engineering, University of Science & Technology Beijing in 2008. He completed post-doctoral work in 2018.He is mainly engaged in research on advanced processing technologies of materials, research and development of high quality steel structural materials, and microstructure control technology of corrosion/wear resistance/low temperature service materials. He has published more than ten academic papers, one monograph, six authorized invention patents and one provincial and ministerial second-class prize for scientific and technological progress.
National key research and development program, Production technology of CO2 drive corrosion resistant petroleum pipe (2017YFB0304905), 2017-2021
School-enterprise cooperation project, Research and development of corrosion resistant high strength steel in complex medium coupling environment in coal mine, (2019-0315), 2019-2021
School-enterprise cooperation project, Research and development of die steel P20 rolling plate, (2019-0030), 2019-2020
School-enterprise cooperation project, Residual stress detection and analysis of green high quality wear-resistant steel plate with short quenching and straightening process, (2018-502), 2018-2020
School-enterprise cooperation project, Research and development of key technology of wear-resistant steel with micron TiC particle enhancement, (2017-645), 2017-2020
【Publications】
1、ZHANG Pengcheng, WU Huibin, TANG Di, HUANG Gujian，WANG Lubing. Dissolving Behaviors of Carbonitrides in Nb-V-Ti and V-Ti Microalloying Steels [J]. ACTH METALLURGICA SINICA, 2007,43(7):753-758
2、ZHANG Pengcheng, WANG Lubing, TANG Di, WU Huibin, HUANG Gujian. Effect of Hot Charging Temperature on Microstructure and Precipitation Behavior of X80 Pipeline Steel [J]. Heat Treatment of Metals，2008,33（10）：99-102
3、Zhang Pengcheng. Strain Induced Martensite Behavior of 316L Stainless Steel Subjected to Warm Deformation [J]. Heat Treatment of Metals，2019,44（2）：48-53
4、Huibin Wu, Di Wang, Pengcheng Zhang, Jinming Liang, Sheng Liu, Di Tang.Influences of Alloying Elementson Oxidation Behavior of Steels and Microstructure of Oxide Scales[J].Journal of Iron and Steel Research,International,2016,23(3),48-54.
5、J.M. Liang, H. B. Wu, D. Tang, P. C. Zhang and X. T. Liu. Influence of Inclusion and Grain Boundary on Corrosion Behaviour of Low Alloy Steel in Cargo Oil Tank Bottom Plate Environment[J]. Corrosion Engineering, Science and Technology,2014,49(7),633-641
6、Jinming Liang，Di Tang，Pengcheng Zhang，Huibin Wu，Hongyan Mao Xiaotong Liu. Corrosion Behavior of Low-Alloy Steel in COT Upper Deck O2-CO2-SO2-H2S Moisture Environment[J]. Advanced Materials Research,2013,916-922
