CONSTRUCTION ENVIRONMENT - The Hong Kong Polytechnic ...
CONSTRUCTION ENVIRONMENT - The Hong Kong Polytechnic ...
CONSTRUCTION ENVIRONMENT - The Hong Kong Polytechnic ...
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Future Plans: Building on his proven research record, Dr Lai<br />
will delve into the technical, environmental, economic and legal<br />
aspects of facilities engineering and management. Besides<br />
drawing from his research outcomes to inform his teaching,<br />
he will continue to play influential roles in various professional<br />
institutions in society.<br />
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29<br />
Dr Lu Lin, Vivien (BSE)<br />
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Biography: Dr Lu joined the Department of Building Services<br />
Engineering as an Assistant Professor in 2006. In the past 6 years,<br />
Dr Lu has won 4 external competitive research grants (HK$ 3.3<br />
million) as a Principal Investigator from the Research Grants Council<br />
(GRF), the Innovation Technology Fund (ITF), and the Environmental<br />
Conservation Fund (ECF). She has authored/co-authored over 43<br />
SCI journal papers, leading to over 280 non-self-citations. She<br />
received the Dean's Award for Outstanding Achievement in Research<br />
Funding in 2010, and a silver Medal as one of the inventors at the 40th<br />
International Exhibition of Inventions in Geneva in 2012. <strong>The</strong> paper<br />
extracted from her PhD dissertation was ranked the Solar Energy Top<br />
1 Cited article published in the last five years. Her current research<br />
and consultancy interests include renewable energy applications<br />
(solar energy, wind power and geothermal energy), aerosol<br />
technology for the built environment, and heat/mass transfer related<br />
to building energy studies.<br />
Future Plans: Dr Lu has made significant contributions to<br />
renewable energy applications, aerosol technologies, and building<br />
energy studies. In the near future, she plans to continue her study<br />
on building-integrated renewable energy applications and building<br />
energy use, in particular, a-Si photovoltaic (PV) glazing façade, solarassisted<br />
internally heated liquid desiccant dehumidification system,<br />
and the thermo-mechanical behavior of energy pile. Regarding the<br />
concomitant problems of dust accumulation on the PV modules<br />
and the resulting severe efficiency degradation, Dr Lu also plans to<br />
expand her aerosol study and new material development to develop<br />
a self-cleaning nano-coating for the glazing surface of PV modules.<br />
She will continue to actively apply for external competitive research<br />
grants, such as GRF, NSFC, ITF, ECF, etc., and serve the community/<br />
industry by organizing conferences/workshops and providing high<br />
profile consultancy services or collaborative research. She also<br />
expects to nurture more research students.<br />
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SCI <br />
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2010 <br />
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Dr Lu Lin Vivien<br />
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