Bian Mingzhe

FAQ About Bian Mingzhe

• What is Bian Mingzhe's address?

  Bian Mingzhe is located at
  Greater Melbourne Area, Greater Melbourne Area, Australia

• What is Bian Mingzhe's job title?

  Bian Mingzhe is a
  My doctoral research work is focused on plastic deformation behavior of Mg single crystals and development of high strength wrought Mg alloys. Mechanical properties were evaluated by the uni-axial compression, tension or plane strain compression tests to clarify the deformation mechanism of Mg alloys. This is one of the novel outcomes of my doctoral research work. Additionally, recently I have also utilized the PANDAT simulation package to develop high strength Mg alloys by using indirect extrusion, twin roll strip casting + hot rolling or equal channel angular extrusion (ECAE) process. Microstructure characterizations were performed using an optical, secondary electron microscope (SEM) and transmission election microscope (TEM). Macrotextures and microtextures were measured by X-ray diffraction (XRD) and electron backscatter diffraction (EBSD) technique. For both of work, the microstructure, texture and mechanical property correlation was major part of my research activities. During my doctoral research, I have successfully learnt the in-depth techniques of materials processing, microscopic and texture analysis and could operate XRD machine and various electron microscopes. I have characterized the Mg single crystals and wrought Mg alloys extensively by using XRD (PANalytical X'Pert PRO, Netherlands), FEG-SEM (SU70, Hitachi Japan), TEM (CM 200 Philips, Netherlands, JEM-200CX, JEOL Japan, Tecnai F20, FEI USA and JEM-3000F (HR-TEM), JEOL Japan), EBSD (TSL OIM 6, Japan). Based on these experimental results, I have also used viscoplastic self-consistent (VPSC) code to predict the contributions of various deformation modes to the deformation behaviors. Recently, our center employed genetic algorithm (GA) to calculate the best fitted critical resolved shear stresses (CRSS) and hardening parameters. Apart from these researches, I have also used Vienna Ab-initio Simulation Package (VASP) to calculate the surface, twin boundary and stacking faults energy et.al. Specialties: 1. Crystal Growing by Using Bridgman Technique 2. Physical Metallurgy and Metal Processing (Materials: Sn, Al and Zn Based Mg Alloys , Purpose: Microstructure and Texture Control to develop RE free Mg Alloys) 3. Mechanical Property Characterization (Hardness Test, Uni-axial Tensile, Uni-axial Compression Test and Plane Strain Compression Tests) 4. Modeling and Simulation (VPSC & VASP) 5. Microstructure Characterization and Texture Measurement Monash University

• What industry does Bian Mingzhe currently work in?

  Bian Mingzhe currently works in the
  Monash University

• What is Bian Mingzhe's area of expertise?

  Bian Mingzhe specializes in
  My doctoral research work is focused on plastic deformation behavior of Mg single crystals and development of high strength wrought Mg alloys. Mechanical properties were evaluated by the uni-axial compression, tension or plane strain compression tests to clarify the deformation mechanism of Mg alloys. This is one of the novel outcomes of my doctoral research work. Additionally, recently I have also utilized the PANDAT simulation package to develop high strength Mg alloys by using indirect extrusion, twin roll strip casting + hot rolling or equal channel angular extrusion (ECAE) process. Microstructure characterizations were performed using an optical, secondary electron microscope (SEM) and transmission election microscope (TEM). Macrotextures and microtextures were measured by X-ray diffraction (XRD) and electron backscatter diffraction (EBSD) technique. For both of work, the microstructure, texture and mechanical property correlation was major part of my research activities. During my doctoral research, I have successfully learnt the in-depth techniques of materials processing, microscopic and texture analysis and could operate XRD machine and various electron microscopes. I have characterized the Mg single crystals and wrought Mg alloys extensively by using XRD (PANalytical X'Pert PRO, Netherlands), FEG-SEM (SU70, Hitachi Japan), TEM (CM 200 Philips, Netherlands, JEM-200CX, JEOL Japan, Tecnai F20, FEI USA and JEM-3000F (HR-TEM), JEOL Japan), EBSD (TSL OIM 6, Japan). Based on these experimental results, I have also used viscoplastic self-consistent (VPSC) code to predict the contributions of various deformation modes to the deformation behaviors. Recently, our center employed genetic algorithm (GA) to calculate the best fitted critical resolved shear stresses (CRSS) and hardening parameters. Apart from these researches, I have also used Vienna Ab-initio Simulation Package (VASP) to calculate the surface, twin boundary and stacking faults energy et.al. Specialties: 1. Crystal Growing by Using Bridgman Technique 2. Physical Metallurgy and Metal Processing (Materials: Sn, Al and Zn Based Mg Alloys , Purpose: Microstructure and Texture Control to develop RE free Mg Alloys) 3. Mechanical Property Characterization (Hardness Test, Uni-axial Tensile, Uni-axial Compression Test and Plane Strain Compression Tests) 4. Modeling and Simulation (VPSC & VASP) 5. Microstructure Characterization and Texture Measurement

• Which languages does Bian Mingzhe speak? 

  Bian Mingzhe speaks the following languages:
  No languages available.

• Which industries has Bian Mingzhe previously worked in?   

  Bian Mingzhe has prior experience in the following industries:
  Magnesium Technology Innovation Center

• What is Bian Mingzhe’s work experience?  

  Bian Mingzhe has the following professional experience:
  Monash University , Magnesium Technology Innovation Center .

• How can I find Bian Mingzhe on LinkedIn?  

  You can view Bian Mingzhe’s
  LinkedIn profile at LinkedIn URL.

• What are Bian Mingzhe’s work email addresses?  

  Bian Mingzhe’s work email addresses are
  [email protected] .

• What company does Bian Mingzhe work for?  

  Bian Mingzhe works at
  Monash University