Department of Biomedical Engineering
GuangHui Wu, Assistant Researcher
Research Interests: In vitro and in vivo experimental study of the ventricular assist device; Biomechanical mechanisms of cardiovascular disease; Image processing and analysis of oral medications.
Principal Investigator
· “Hemolysis performance testing of the blood pump by computational fluid dynamics method”. Funded by the Beijing Municipal Health Bureau Youth Research Fund. Support period: 05/2008–05/2010.
· As Deputy Principal Investigator, participating in “Survival experiment standardization and assessment criteria of an implantable ventricular assist device made in China”. Funded by the Capital Health Development Research Fund. Support period: 06/2012–06/2015.
· “Influence and prediction of mandibular alveolar ridge conditions on artificial denture teeth”. Funded by the National Natural Science Foundation of China. Support period: 01/2013–12/2015.
Participating Investigator
· “Implantable miniature artificial heart of multi-level optimization design and clinical application”. Funded by the National High Technology Research and Development Program of China. Support period: 10/2006–09/2009.
· “Implantable artificial heart prototype development”. Funded by the National High Technology Research and Development Program of China. Support period: 10/2009–12/2011.
· Development and clinical application of a new generation implantable artificial heart”. Funded by the National High Technology Research and Development Program of China. Support period: 12/2012–12/2015.
· “Atrial electro-anatomical map and CT surface registration”. Funded by the National Natural Science Foundation of China. Support period: 01/2014–12/2016.
· “Experimental studies on hemorrhage and coagulation problems for the domestic ventricular assist devices”. Funded by the Beijing Natural Science Foundation. Support period: 01/2008–12/2010.
· “Correlation on alveolar ridge section morphology and the arrangement of artificial denture teeth”. Funded by the Beijing Natural Science Foundation. Support period: 06/2011–06/2012.
· “The effect of stress on plague formation and restenosis after stenting around coronary artery bifurcation”. Funded by the Beijing Natural Science Foundation. Support period: 01/2011–12/2013.
SCI and EI papers published in the past five years
1. WU Guang-hui, LIN Chang-yan, CHEN Chen, YANG Lin, HOU Xiong-tong, LI Hai-yang, WANG Jing. Hemolysis Test on a Magnetic Suspension Centrifugal Ventricular Assist Device. Journal of Beijing University of Technology. 2013,32(5):472-478.
Address：E-mail：assosiate@sina.com Tel：010-64456509
