麻豆精选

• International Incoming Fellowship of People Marie Curie Actions of the Biomedical Engineering (IIFBEng), 2015-
• Associate professor in Mechanical Engineering, University of Science and Technology Beijing, 2010
• PhD in Mechanical Engineering, University of Science and Technology Beijing, 2006
• MD in Mechanical Engineering, University of Science and Technology Beijing, 2002
• BEng in Civil Engineering, Taiyuan University of Science & Technology, 1996

Xianfang YUE gained a BEng in Civil Engineering from the Taiyuan University of Science & Technology (China) in 1996. She went on to undertake research in the School of Mechanical Engineering, University of Science and Technology Beijing, China. Separately in 2002 and In 2006 she was awarded a MD and PhD for research on the mechanical properties of cranial cavity and dura mater and human skull modeling with the changing Intracranial pressure (ICP).

From 2007 until 2014 she worked in School of Mechanical Engineering and became a Lecturer at the University of Science and Technology Beijing, China. She was promoted to an Associate Professor in 2010. She starts work as a Marie Curie Research Fellow in 2015 to undertake research on the Monitoring IntraCranial Pressure (MICP).

• Engineering Thermodynamics
• Biorheology

Xianfang YUE is interested in supervising master research students in the following areas:

• Human Skull Modeling/Analysis and Biomedical Sensing and Device Development
• Mechanical properties of natural tissues, e.g. cranial cavity, dura mater
• Energy conservation and emission reduction technology based on heat pump cycle

Research Themes

Bio-medical Engineering, Tissue modeling and Biomedical Sensing, Mechanical Properties of natural tissues, Energy conservation.

Research Activity

Tissue Computational Modeling

With funding from the European Commission and the National Natural Science Fund in China, Xianfang develops a computational modeling of the skull and brain tissue, e.g. cranial cavity, dura mater separately at the University 麻豆精选 and University of Science and Technology Beijing. She uses solid modeling and finite element analysis to optimise tissue model, and has experience of working within the mathematical model of a porous biomaterial and skull-dura mater system.

Design of real-time monitoring system for ICP

Xianfang has experience in designing a real-time monitoring system for intracranial pressure. She uses the strain-electrometric technology to build up the monitoring system involving the cerebral deformation imaging system, real-time dynamic online data display and analysis system, viscoelastic processing system, strain correction system, etc.

Mechanical Properties of natural tissues

Xianfang has experience of measuring a range of mechanical properties for each tissue, e.g. storage stiffness, loss stiffness, Poisson’s ratio and fluid including density, viscosity, etc. This research has included measurements of the viscoelastic properties and behavior of “skull-dura mater” system with the intracranial pressure change range.

• Editorial committee for the magazine “Biomedical Engineering and Clinical Medicine” and “Journal of Clinical Rehabilitative Tissue Engineering Research”
• Academic Editor or reviewer for “British Biotechnology Journal” and “Annals of Plant Sciences”
• Editor in chief for the industry network (www.rhvacnet.com)