R207 淬火Quenchant, Quenching and Distortion Control - 材料 - 爱扫码·i3m.cn:3hhh.cn/7040 -扫一扫.cn·二维码.cn 333e.cn/7040 搜一搜.cn/7040


二维码
管理员
管理员
  • 社区居民
  • 最爱沙发
  • 原创写手
  • 忠实会员
阅读:440回复:0

无障碍·translate·翻訳·二维码.cn/i3h.cn/7040
·搜一搜.cn/R207 淬火Quenchant, Quenching and Distortion Control

楼主#
更多 发布于:2018-09-03 19:15
Invited speakers in Quchent,
Quenching and Distortion Control
symposium:


Prof.Dr. Joseph
        Agboola
[Nigeria]

Federal
        University of Technology

Presentation
        title: Evaluation of Distortion in Vegetable Oil Quenched Medium Carbon
        Steel
  


  

Dr. NaiLu
        Chen
[China]

Shanghai Jiao
        Tong University

Presentation
        title: New Development of Theory and Applications for Alternately Timed
        Quenching technology


  
Prof.Dr. Mengnie
        Victor Li
[China]
  

Kunming
        University of Science and Technology
  


Presentation
                titelApplication of Integrated Computational Materials Engineering in
                Heat Treatment of Steel


  

Prof. Xinmin
        Luo
[China]

Jiangsu
        University

Presentation
        title: "Cooling Engineering" for Steel’s Quench-hardening Derived from
        “Cooling Modeling”: A Technology Overview


13 September 2018 淬火
Quenchant, Quenching and Distortion Control
淬火介质、冷却与畸变控制
Room:
207

Chair:Dr George TottenProf Nailu Chen
Session Chair: George TottenYonghua RongJoesph AgboolaXinmin Luo
Time
Title
08:00-08:25

Evaluation of Distortion in Vegetable Oil Quenched Medium Carbon Steel
Joseph Agboola
Department of Mechanical Engineering, Federal University of Technology
08:25-08:50

New Development of Theory and Applications for Alternately Timed Quenching technology
NaiLu Chen
Shanghai Jiao Tong University
08:50-09:20

Application of Integrated Computational Materials Engineering in Heat Treatment of Steel
Victor li
Kunming University of Science and Technology
09:20-09:45

“Cooling Engineering” for Steel’s Quench-hardening Derived from “Cooling Modeling”: A Technology Overview
Xinmin Luo
Jiangsu Universiy
09:45-10:00

New Era in Designing and Governing Cooling Intensity of Liquid Quenchants to Decrease Distortion
N. I. Kobasko
O. IQ Technologies, Inc.
10:00-10:15

Parallelized Particle Swarm Optimization to Estimate the Heat Transfer Coefficients of Several Vegetable Oils and Compared to Conventional and Accelerated Petroleum Oil Quenchants
Zoltán Fried
Obuda University
10:15-10:30

Investigation of Longitudinal Quenching Crack by Finite Element Simulation
Yu Liu
Shanghai Jiao Tong University
10:30-10:45

“Uphill” Quenching of Aeronautical Aluminum Alloys: Comparative of Influence fromMechanical Properties for AA7075-T6
Wellington Mattos
Engenharia de Producão Mecanica, Escola de Engenharia de São Carlos, Universidade de São Paulo
10:45-11:00

Cooling Curves Characterization of Less Commonly Encountered Vegetable Oils for Quenchant Applications
Rosa Simencio Otero
Engenharia de Producão Mecanica, Escola de Engenharia de São Carlos, Universidade de São Paulo
11:00-11:15

Vegetable Oil and Petroleum Oil Cooling Curve Characterization Using MATLAB
Lemmy Meekisho
Portland State University, Department of Mechanical and Materials Engineering
11:15-11:30

Prediction of thermal boundary conditions by using FWA
Zoltan Fried
Obuda University
11:30-11:45

Online Database for Liquid Quenchants
Imre Felde
Obuda University
11:45-12:00

Maintenance of Oil Quenchants
Donald MacKenzie
Houghton International Inc.
12:00-12:45
Lunch
12:45-13:00

Distortion in hollow cylinder with thin wall during high pressure gas quenching
Ning YU
Shanghai Jiao Tong University
13:00-13:15

Polymer quenchants for induction hardening – alternatives without boron and formaldehyde releasing biocides
Eva Troell
Swerea IVF AB
13:15-13:30

Experimental Method for emulating the cooling conditions of massive components
Diego Lozano
Universidad de Monterrey
13:30-13:45

Holistic Problem of Cooling Effect of Vertically Oil Quenched Shaft-type Work-piece
Kejian Zhang
Beijing Huali Fine Chemical Co., Ltd.
13:45-14:00

Application value and controllability analysis of supercritical CO2 as a new quenchant
Haibin Wang
Shanghai Yibai heat treatment equipment co.ltd
14:00-14:15

New Method for Controlled-Cooling of High-carbon chromium bearing Steels after Forging
Yongping Zuo
Nanjing KERUN Lubricants Co.,Ltd.,Nanjing Jiangsu
14:15-14:30
Tea Break


http://www.25ifhtse.org/dct/page/70040
  • 喜欢0 评分0
    游客
    

    返回顶部