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会议介绍 | |
现场视频 VIDEO
- Ventilation2015：1-Opening Ceremony
- Ventilation2015：2-Will future smart buildings ensure good indoor air quality?
- Ventilation2015：3-Ventilation for better IEQ in nearly zero energy buildings
- Ventilation2015：4-Technical and financial assessment of four workshop ventilation systems with heat recovery units
- Ventilation2015：5-A CFD study of energy saving potential in occupied zone in mixing and displacement ventilations
- Ventilation2015：6-Heat removal in shopping centers with high cooling loads by air‐water systems with small fresh air amount and high cold water supply temperature
- Ventilation2015：7-Impact of air distribution on local cooling load in a non‐uniform indoor air environment
- Ventilation2015：8-Energetic evaluation of the heat recovery of an air handling unit taking into account the insulation standards and internal thermal loads
- Ventilation2015：9-Comparison of ventilation performance of three different air supply devices ‐A measurement study
- Ventilation2015：10-Welding fume control design considerations for compliance with new manganese limits
- Ventilation2015：11-The A‐Curve position from an Aaberg exhaust hood
- Ventilation2015：12-Application of computational fluid dynamics for solving industrial ventilation problems
- Ventilation2015：13-Research on local environmental control for relics preservation in archaeology museum
- Ventilation2015：14-Numerical simulations of airflow and droplet dispersion in a horizontal ammonia scrubber
- Ventilation2015：15-The comparison of vertical temperature distributions between a large space building with low‐sidewall air inlets and middle air outlets and the reduced‐scale model
- Ventilation2015：16-Predicting screening‐level emission of gas‐phase pollution from building materials
- Ventilation2015：17-Can we establish relationship between outdoor air ventilation and health based on the published epidemiological data?
- Ventilation2015：18-Establish and verify an unsteady Gebhart‐Block model based on a large‐space building with low sidewall air supply and middle sidewall air return
- Ventilation2015：19-Effect of ventilation strategies on indoor concentration of particulate matter pollutants
- Ventilation2015：20-Technical feasibility study of hybrid ventilation for a high‐ise office building in Shanghai
- Ventilation2015：21-Energy efficiency and environment improvement ‐An exploration in Chinese industrial buildings
- Ventilation2015：22-Industrial ventilation design for contaminant control – Future opportunities
- Ventilation2015：23-Dynamic insulation (DI) technology applied to house windows: Performance of DI windows in winter and summer
- Ventilation2015：24-Increasing of natural ventilation performance of partitioned room in high‐ise office building by using several vertical ventilation shafts
- Ventilation2015：25-Numerical study on airflow characteristics within fabric air dispersion system in slot‐penetration mode
- Ventilation2015：26-The effect of free‐cooling and demand‐ased ventilation on energy consumption of self‐egulating and traditional chilled beam systems in cold climate
- Ventilation2015：27-Investigation of PM2.5 concentration and its influential factors in subway system of Suzhou in China
- Ventilation2015：28-Design and effect verification of a pollutants collection and exhaust system for a curing workshop
- Ventilation2015：29-A numerical simulation study of an indoor environment with an under‐floor air distribution system
- Ventilation2015：30-Measuring filtration efficiency and particle indoor/outdoor concentration ratio on‐line
- Ventilation2015：31-Generation of characteristic traffic emission aerosol and particulate filter collection efficiency tests
- Ventilation2015：32-Flow simulation around double cylinders based on the Lattice Boltzmann method at low Reynolds numbers
- Ventilation2015：33-Response surface optimization of the pleated filter’s structural parameters and operation condition based on the microstructure
- Ventilation2015：34-Research on coupled natural ventilation and infiltration with building thermal modelling in hourly in office building
- Ventilation2015：35-Applicability of a stratum‐ventilated room for multiple rows of occupants
- Ventilation2015：36-Demand driven control of ventilation: A ‘Human‐in‐he‐loop’ approach
- Ventilation2015：37-Occupant behaviors in buildings in hot‐humid area – studies and applications
- Ventilation2015：38-The problem of room temperature setting and its solution
- Ventilation2015：39-Action‐ased model for air conditioner opening behavior
- Ventilation2015：40-Experimental Study on Shading and lighting Control Behavior in office building
- Ventilation2015：41-Ventilation indices obtained from CFD and their application in room
- Ventilation2015：42-From demand controlled ventilation to demand‐oriented ventilation
- Ventilation2015：43-Air pollutant channelling effect between roadway tunnel segments
- Ventilation2015：44-Research on space‐ime variation of airflow parameters in high‐emperature wet roadway
- Ventilation2015：45-A research review on ventilation and indoor air quality of vehicles
- Ventilation2015：46-Research on the simplified calculating method of the traffic force ventilation for urban bifurcation tunnel
- Ventilation2015：47-Performance comparison between conventional and local computer room air‐conditioning systems in data centers by CFD analysis
- Ventilation2015：48-A simple model for smoke propagation near fire source in a highway tunnel with central smoke extraction systems
- Ventilation2015：Closing Ceremony
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会议议题 | |
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会议日程 | |
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会议信息 | |
会议地点：同济大学建筑设计研究院(集团)有限公司（四平路1230号，同济大学正门对面）
会议规模：预计与会代表100名，其中外国代表30名。
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会议人物 | |
会议主席 张旭 教授，同济大学 |
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Howard Goodfellow |
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Lidia Morawska |
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Shinsuke Kato 教 授 东京大学（日本） |
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| Karel Kabele 教 授 捷克技术大学（捷克） |
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李先庭 教 授 清华大学 |
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王 怡 教 授 西安建筑科技大学 |
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联系方式 | |
E-Mail: ventilation2015@tongji.edu.cn 电话: +86-21-69583803 / +86-21-65984243 |
高军副教授，秘书长，E-Mail: gaojun-hvac@tongji.edu.cn； 周翔副教授，秘书长，E-Mail: zhouxiang@tongji.edu.cn； 叶蔚博士, 执行秘书, E-Mail: weiye@tongji.edu.cn； |
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