ResearchPlanforPhDCooperationProgram

1、西南交通大學(xué)公派研究生（聯(lián)合培養(yǎng)博士生）研修計(jì)劃書Research Plan for PhD Cooperation Program, Southwest Jiaotong University 姓名/Name姓/Surname Liu 名/Last name Jiying性別/GenderMale出生年月日/Date of birth (yy/mm/dd)1983 /8 /15所在學(xué)院/CollegeSchool of Mechanical Engineering所學(xué)專業(yè)/MajorHeating, Ventilating and Air Conditioning Engineering國內(nèi)

2、導(dǎo)師/Domestic supervisorNanyang Yu留學(xué)國別/Hosting foreign country國外留學(xué)院/Hosting foreign institution留學(xué)院系/Hosting faculty or department國外導(dǎo)師/Hosting foreign supervisor研究領(lǐng)域/Area of research學(xué)習(xí)期限/Duration of study24 months (from 10/2009 to 9/2011)課題研究項(xiàng)目/RESEARCH PROJECT: Series of technology reserch in railway

3、station building.(Sub-project)題目/TITLE: Passengers thermal comfort research and application of low energy system in of railway staiton building.科研前提SCIENTIFIC PREMISES: Buiding energy conservation主要學(xué)科MAIN SUBJECTS: Architecture technology science; Heating Heating, Ventilating and Air Conditioning En

4、gineering科研課題背景介紹BACKGROUND OF THE RESEARCH PROJECT:The indoor environment quality of bus station building, subway station building, railway station building, airport terminal building and so on has attracted extensive attention increasingly, as the uncertain factors, peoples density, peoples mobili

5、ty, peoples stay time, tending to be influenced by weather and so on.A large number of the railway station buildings in China operate air-conditioning system in summer or even in the moderate summer climate. Therefore, the energy consumption and cost of these transportation buildings are considerabl

6、e. In additon, a majority of these special buildings are high and large, so the ventilation rates and passengers thermal comfort should be taken into account. The Eleventh Five-year Plan of China will build 548 new railway stations, some of which are hundred years immortal ones.A study is conducted

7、into the ventilation effectiveness of a ventilation system and indoor human thermal comfort within public transportation buildings (PTB) in China.Fig. Indoor environment in railway station building研究課題在國內(nèi)外研究情況及水平THE CURRENT RESEARCH CONDITION AND LEVEL OF THE RESEARCH PROJECT AT HOME AND ABROAD:1. T

8、here are hardly relative research projects which involves indoor environment quality of these special buidling in China, especially thermal comfort, and only a little report as to some investigations and field surveys in Japan. The most important reason is that China is a great populous nation. 2. A

9、lthough low energy (cooling) concepts are high developed and have been realized successfully in many projects in all European climate zones, its research are still at the starting stage in China. There are no normative design guideline for comfortable low-energy building and no consistent evaluation

10、 criteria for the indoor environment in different climate zones.3. Natural ventilaiton and mechanical ventilation at present havent been applied to large railway station. For example, New Beijing Southern Railway Station, which ran before Beijing Olympic Games, was oppugned for many energy-saving te

11、chnologies of high cost.國內(nèi)科研準(zhǔn)備工作THE PREPARATION WORK OF THE PROJECT IN CHINA:1. Developed a thermal comfort upper limit from spring to autumn by investigation, field survey in specific indoor environment with natural ventilation, mechanical ventilation and even full air-conditioned. 2. Study numeric

12、al simulation tubulence models which involves the solution to the Reynolds Averages Navier-Stokes equations, direct numerical simulation (DNS) and large eddy simulation (LES).Compared the performance of these types of models.國外研究課題的目的及預(yù)期目標(biāo)THE AIM AND EXPECTATION OF THE RESEARCH ABROAD:1. Study Venti

13、lation Rate .As the ventilaiton demard for indoor environment, there is the serious problem that the IEQ in railway station building is generally found to be poor. This mainly caused by inadequate ventilation rates, poor air quality and subjective perception of railway station building. The investig

14、ation methods of effect of IAQ and ventilation rates on passengers performance and health using psychological tests are helpful to my research.2. CFD for application to built environment. (For example: Optimising ventilaiton in passive and low-energy bilding using CFD)CFD simulaton is used to provid

15、e aditional information on the indoor air quality and comfort conditions for building environment, such as ventilation effectiveness, air exchange effectiveness, effect of flow rate, effect of radiation, effect of supply temperature, etc. In order to minimize potential shortcoming in the design of t

16、he ventilation system, indoor airflow simulation was carried out. By simulating different variables it is possible to fine-tune the ventilation concept and thereby achieve balanced comfort conditons. Since the design has been optimized at the design stage, it was not necessary to carry out expensive

17、 modifications after completion of the project.3. Study ventilation technology.Study ventilatin technologies and new ventilaiton equips according to passengers performance investigations and tests.研究具體實(shí)施方法THE EXPERIMENTAL METHODS AND DATA ANALYSIS METHODS (where required):1. Investigation and field

18、survey for indoor environment.Using field measurement results can propose a series of improvements to improve the overall air quality and in door thermal environment.2. Human test under non-uniform and transient conditionsBased on evaluation of human thermal sensation and indoor air quality under di

19、ferent ventilaiton rates and radiation temperatures, human test can gain adaquate experiment datas for application of spcecial environment parameter chosed in transportation building. 3. Computer simulation with experimental validation.Computer simulation has become an increasingly popular tool to p

20、redict the energy and environmental performance of buildings, compared to experimental analysis and field survey. 擬留學(xué)院校在此學(xué)科領(lǐng)域的水平和優(yōu)勢(shì)THE LEVEL AND ADVANTAGE OF THE HOSTING FOREIGN INSTITUTION ON THIS PROJECT:Tohoku University founded in 1907 as the third Imperial University of Japan, following the Tok

21、yo Imperial University and Kyoto Imperial University, aims to be a world-renowned Centres of Excellence, and in face, the university has always been among the world leaders in the fields of engineering.The Department of Architecture and Building Science in Graduate School of Engineering at Tohoku Un

22、iversity is the world-famous research institute, which research subjects include indoor environment and energy conservation in residential buildings , ventilation and indoor air quality, occupants heath and indoor environment, passive solar system performance and so on. 課題研究計(jì)劃THE SCHEDULE OF THE RES

23、EARCH PROJECT PLAN:Jan. 2009 - Feb. 2009, Investigate indoor air quality (in terms of the concentrations of particulates and CO2 as indicators) in Chengdu railway station.May. 2009 - Sep. 2009, Investigate indoor thermal comfort and air quality of the railway station building in Southwestern China (

24、including Chengdu, Chongqing, Deyang and etc.).Oct. 2009 -, Abroad.Oct. 2009 - Dec. 2009 Adapt to Japanese life and study environment, and make a achievable plan as soon as possible and begin to learning. Jan. 2010 - Dec. 2010 Subject 1: Study low energy system (ventilation technology) and ventilait

25、on rates according to actual architecture.Jan. 2011 - Aug. 2011 Subject 2: CFD for application to built indoor environment. Do some experiments with computer simulation validation.Sep. 2011, Go Back ChinaSep. 2011 - Dec. 2012, Test of human thermal comfort under non-uniform and transient conditions

26、in HVAC laboratoryJan. 2012 - Apr. 2012, Revise doctoral dissertationJun. 2012, Dissertation oral defense回國后工作/學(xué)習(xí)計(jì)劃THE STUDY/WORK PLAN AFTER RETURNING TO CHINA: 1. Developed a thermal comfort upper limit (temperature of 27 or higher ) using the adaptive approach for naturally ventilated building and human test under non-uniform and transient conditions (not prohibiting by domestic law) to evaluat