Invited speakers in Chemical-thermo
Treatment symposium:

Prof. Marcel
Somers [Denmark]
Technical
University of Denmark
Presentation
title: Low temperature surface hardening; from fundamental
understanding to predicting composition and stress profiles
  

  
Prof. Jun
Wang [China]
Sichuan
University
Presentation
title: The effect of oxy-nitriding on the corrosion resistance in H₂S
environment
  
Prof. Yang
Yang [China]
Harbin Institute
of Technology
Presentation
title: Surface properties of diamond-like carbon in-situ growth on Fe₃C-containing
carburized layer by plasma carburizing
Prof. Thomas
Christiansen [Denmark]
Technical
University of Denmark
Presentation
title: Future trends in gaseous surface hardening of titanium and
titanium alloys
  

Prof. Piotr
Nawrocki [Poland]

Institute of
Precision Mechanics
Presentation
title: Application of isothermal transformation to the formation of a
nitrided layer


R206化学-热处理Chemical-thermo Treatment

13 September 2018
Chemical-thermo Treatment
化学 - 热处理
Room: 206
Chair: M.F. Yan, Marcel Somers, R.L. Liu, Thomas Christiansen, Y.X. Zhang
Session Chair: M.F. Yan, Marcel Somers, R.L. Liu
Opening Speech
☆ Low temperature surface hardening; from fundamental understanding to predicting composition and stress profiles
Marcel Somers
Technical University of Denmark
☆ The effect of oxy-nitriding on the corrosion resistance in H2S environment
Jun Wang, Longyi Li, Hanshan Dong
Sichuan University
☆ Surface properties of diamond-like carbon in-situ growth on Fe₃C-containing carburized layer by plasma carburizing
Yang Yang, Mufu Yan
Harbin Institute of Technology
Three-dimensional Reconstruction of Composite Microstructures
Yanxiang Zhang
Harbin Institute of Technology
Research of Controlling Large-Size and Thin-Wall Carburizing and Quenching Gear Distortion
Zhonghe Zhang
Shenyang Heat Treatment Society
Mechanical Properties and Microstructure Evolution of Borided Hot-Work Tool Steel
Undrakh Mishigdorzhiyn, Nikolay Ulakhanov
ESSTUM
Effect of the deformation on carbonnitriding microstructure of the cold deformed Ti-6Al-4V alloy
Huanzheng Sun, Guojun Dong,Yang Song, ,Yudong Fu
Harbin Engineering University
Rare earth doping and alloying mechanism during plasma nitrocarburizing of low-alloy steel
Yixue Wang, Mufu Yan
Harbin Institute of Technology
Thermal fatigue evaluation of AISI H13 steels surface modified by gas nitriding with pre- and post-shot peening
Bo Wang, Xingfeng Zhao,Ming Qin, Jianfeng Gu
Shanghai Jiao Tong University, Technical University of Denmark, Hitachi (China) Research Development Corporation
A novel rapid plasma nitriding technology enhanced by pre-oxidation for AISI4140 steel
Lei Tang, Xiaobing Zhao, Xiaoming Gu, Jiabao Zhang, Jing Hu
Changzhou University
Atomistic diffusion mechanism of rare earth carburizing /nitriding  on iron-based alloy
Yuan You, Mufu Yan, Jihong Yan
Qiqihar university
Effect of alloy cations on corrosion resistance of LDH/MAO coating on magnesium alloy
Junfeng Chen, Linchi Zou, Wenxin Lin
Fuzhou University
Effect of zirconium addition on hot corrosion behavior of chromium- aluminium coating on nickel-based superalloy
Mohamed Elhelaly, Mohamed El-Zomor, Mohamed Hussien, Ahmed Osman Youssef
Tabbin Institute for Metallurgical Studies
Session Chair: Y.X. Zhang，Thomas Christiansen
☆ Future trends in gaseous surface hardening of titanium and titanium alloys
Thomas Christiansen, Morten Jellesen, Marcel Somers
Technical University of Denmark
☆ Application of isothermal transformation to the formation of a nitrided layer
Piotr Nawrocki, Jerzy Szawłowski
Institute of Precision Mechanics
Effect of oxidation temperature on gas oxygen, nitrogen, carbon composite processing layer corrosion resistance
Mian Wu, Lin Pan
Wuhan Research Institute of Materials Protection
Experimental study and first-principles calculations of carbon “expanded” αphase on stainless steel surface
Ruiliang Liu, Chaoyang Wei
Harbin Engineering University
Surface catalytic behavior of abo3 type perovskite compounds during gas nitriding with rare earth addition
Xing Chen, Chengsong Zhang, Guodong Cui
Southwest Jiao Tong University
Troubleshooting heaakin malast-treatment furnace atmospheres -- and new control technologies to avoid problems
Akin Malas
Linde North America LLC
Microstructure and properties of composite surface modified layer fabricated on 6061 aluminium alloy by surface mechanical nano-alloying combined with nitriding treatment
Jian Sun, LiangYu Mei, Yi Li, Xiaodong Du, Yucheng Wu
Hefei University of Technology
Prestudy on mechanical property of dual-phase microstructure in x100 pipeline steel
Zhang Danli, Qin Yuanbin, Shan Zhiwei
Xi'an Jiao Tong University
Nitrogen expanded austenite with superior load-bearing capacity: microstructure control and formation mechanism
Bo Wang, Marcel Somers
Technical University of Denmark
Microstructure evolution and mechanical properties of nitride/ aluminide coatings prepared by plasma nitrding ti-coated 2024 al alloys
Fanyong Zhang, Mufu Yan, Fuxing Yin, Jining He
Hebei University ofTechnology
Faster carburizing speed in nitrogen methanol atmosphere with injection lances
Zhijun Jiang, Xuwei Ning, Lei Shi, Xiaojia Ren
Airliquide (china) R&D Co., LTD.
Influence of nh3 flux on crn precipitation during low temperature plasma nitriding of aisi304 austenitic stainless steel
Hongtao Chen,et al.
Harbin University of Science and Technology
The evolution of microstructure forecast and test for carburizing and quenching 17crnimo6 steel
Dengyu Gai, Yuanzhao Chu, Guang Cai, Yueyi Wang
Harbin Engineering University
Quantitative analysis of solid solute in zr-2.5nb alloy by atp technique
Xue Liang
Shanghai University
A study of modifying La_0.6Sr_0.4Co_0.2Fe_0.8O_3-δ surface by plasma glow discharge
Jingbo Ma, et al.
Harbin Institute of Technology
Effects of depositing atmosphere on microstructure, mechanical and tribological properties of titanium nitride film
Shidong Zhang, et al.
Harbin Institute of Technology
Applications of xd super nitriding activator
Hongda Zheng
Deyang Xingda Heat Treatment Technical Service
Mechanism of surface microstructure nano-crystallization during low temperature plasma nitriding
JiaweiYao, et al.
Harbin Institute of Technology
Quenching deformation control of thin-wall zl205A aluminum alloy barrel by in-situ formation of gradientmultiphase layer
LuChen, et al.
Harbin Institute of Technology
Co-organizer: 1. Harbin Association for Science and Technology
                         2. National Key Laboratory for Precision Hot Processing of Metals

http://www.25ifhtse.org/dct/page/70038