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Zhao Wei To Apply for PhD

●Contact Information:Postgraduate

Phone:+86-132********China,Beijing 30 Xue Yuan Road

Department of Material Science and Engineering

University of Science and Technology Beijing(USTB )Email:gxuzhaowei@

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Education:

University of Science and Technology Beijing(USTB) , Beijing , China

M.S ., Material Science(Superalloys direction),July 2012✧Microstructure evolution under long time aging for wrought nickel-base superalloys;✧Creep and creep damage of modified In718 alloy.Advisor : Prof . Dong Jianxin GPA:3.5

Guang Xi University(GXU) , Nanning , China

B.S ., Material Science and engineering(for metal and alloys), July 2008

GPA:3.01

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Research Interests:

Creep and creep behavior for high-temperature steel or superalloys or related alloys.

✧The connection between creep behavior and elements;

✧The microstructure evolution in regard with elements and creep factors;✧The connection between microstructure and creep behavior;✧The estimation of creep life based on Ɵ project.

Microstructure and property behavior under the interaction with creep and fatigue

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Academic Projects:

Optimization of GH4169 Turbine Disc Hot Die Forging Technique;

The microstructure damage and life estimation of nickel-based superalloys used in turbine disc for aero engine(especially focus on long time aging and creep behavior).

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Skills:

Softwares ✧Deform;✧Ansys;✧Matlab;

✧Thermo-calc;

MS Office 2010; Adobe Photoshop;

Corel VideoStudio Pro X4.

Equipments

✧Scanning electron microscope;

✧Field Emission Scanning Electron Microscope;✧Creep Electrical Equipment;

✧High Temperature Furnace for aging;✧Fatigue Electrical Equipment.Others

✧fluent oral English;✧basic japanise;

✧Strong logical and analytical approach to problem solving;

✧Detail-oriented, team-spirited, responsible and motivated.

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Honors and Awards:

Year 2012 and 2013Year 2012First-class scholarship of USTB;

Outstanding graduation design of GXU;Top ten career planners of GXU.

Year 2011

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Publications:

Research on Optimization of GH4169 Turbine Disc Hot Die Forging Technique Based on DEFORM-3D and Orthogonal Experimental Method;

Analyse and evaluation on microstructure and property stability for three main nickel-based superalloys under long time aging with high temperature.