Swanston Street, Melbourne, Australia #cobee2018

The 4th International Conference on Building Energy and Environment 5th - 9th February 2018 COBEE 2018

1 COBEE2018 4th International Conference On Building Energy & Environment 5th - 9th February 2018 Storey Hall, RMIT University, Australia COBEE 2018, 5 - 9 Feb, Melbourne, Australia

President’s Welcome to COBEE 2018, Melbourne, Australia The COBEE conference series was initiated by Tianjin University and Dalian Uni- versity of Technology in 2008. This conference aims to provide a platform for dis- cussing building energy and environmental issues and for initiating collaboration among researchers, environmental scientists, architects, facility managers, and policy makers.

In COBEE 2018, we received over 350 abstract submissions. With the help of inter- national scientific committee through a careful review process, around 200 full papers have been selected and included in the conference proceedings. We thank for your great contribution and professionalism to consider review comments which help significantly improve the quality of papers included in this proceeding. Some of high quality papers will be invited to submit for a further review process and will be selected for publication in topical/special issues in Building and En- vironment Journal, Energy and Building journal, Science and Technology for the Built Environment (STBE), and Journal of Computational Multiphase Flows.

The COBEE 2018 conference will be held in beautiful Melbourne, Australia. Mel- bourne, the most liveable city, for sixth consecutive year, is a vibrant and exciting city with access to hundreds of outdoor recreation activities, fantastic dining op- tions, and an involved and passionate local community that is dedicated to the responsible and effective use of renewable energy and green building practices. RMIT University has been selected as one of Melbourne's most beautiful cam- puses by “The Culture Trip”. Highlights include Storey Hall, the Design Hub, Build- ing 8 and the Swanston Academic Building. The venue for COBEE2018 will be in RMIT's Storey Hall, designed by architects Ashton Raggatt McDougall. It features a large auditorium, and is immersed in an applied tile pattern of spectacular white, green, pink, purple and red panels. The building is described as "Like a piece of fine music, this is architecture to be used and experienced, not simply looked at. Visitors to this building can sense the composition, like a musician resting be- tween chords, before heading back into the chaos of swirling concrete stairs and green sheets of light." -Norman Day (Architecture Australia).

Wish you a memorable stay in Melbourne.

President of COBEE 2018, Jiyuan Tu, Ph.D. Professor, RMIT University

1 COBEE 2018, 5 - 9 Feb, Melbourne, Australia

Welcome to Melbourne, the capital city of the Australian state of Victoria, for the 4th International Conference on Building Energy & Environment (COBEE). This document is a guide to what you need to know about the conference, the venues and the social program. It also includes the conference schedule. The conference runs from Monday 5th February to Friday 9th February 2018 and is located at RMIT University City Campus: Storey Hall (Building 16), 336–348 Swanston St, Melbourne.

Storey Hall, RMIT University

Conference Sponsors

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Table of Contents Transport to RMIT Storey Hall & Dinner ...... 4 General Information ...... 7 Map of RMIT Storey Hall ...... 9 Conference Venue Floor Plans ...... 9 Storey Hall Level 5 & 6 - Main Auditorium ...... 10 Storey Hall Level 7 – Seminar Rooms ...... 11 Social Events ...... 12 Technical Tour...... 13 Walking Tour of RMIT Award-Winning Buildings ...... 13 Instructions for Speakers ...... 15 1. Presentation ...... 15 2. Uploading Presentations to COBEE ...... 15 3. Pre-session ...... 15 Poster Presentation Guidelines ...... 16 Details ...... 16 Poster Session Schedule ...... 16 Further Dissemination of Presentations ...... 17 OPTIONAL: Online Poster Publication and Audio Webcast ...... 17 OPTIONAL: Animation, Video Showcase ...... 17 Keynote Presentations ...... 18 Local Committee Members ...... 19 Tuesday 6th February Parallel Sessions ...... 21-26 Wednesday 7th February Parallel Sessions ...... 2 7-30 Thursday 8th February Parallel Sessions ...... 31-32

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Transport to RMIT Storey Hall & Dinner You can catch a tram along Swanston Street (Tram 3, 3a, 5, 6, 16, 64, 67, 72) or La Trobe Street (Tram 30, 35, 24) to tram stops near RMIT Storey Hall. You can use the IOS or Android app TripGo or PTV Journey to help you plan your trip.

Free tram zone (Green Coloured Region)

How to get to RACV City Club (Conference Banquet, 501 Bourke St, Melbourne): 1. Take a tram along Swanston St: 1, 3, 3a, 5, 6, 16, 64, 67, 72 from RMIT Storey Hall to stop 10 – Bourke St Mall/Swanston St. Then take Tram 86, 96 from stop 6 - Swanston St/Bourke St to stop 4 – Queen St/Bourke St. The RACV City Club is around the corner. 2. You can also walk along the tram route. It takes about 16 min. Free Tram Zone and Myki Card

There is a FREE Tram Zone in the inner city (within the green coloured region in the figure above). When travelling entirely in the Free Tram Zone, you don’t need to touch on or carry a myki card. Outside of the FREE tram zone you must have a valid myki card when you travel. You can buy and top up your myki at over 800 retailers including all 7-Eleven stores, the ticket office window at Premium Stations, from a myki machine lo- cated at all train stations and major tram and bus interchanges. Visit the Public Transport Victoria website for more information.

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Attractions Nearby

Free tram zone (Green Coloured Region)

Attractions 1. State Library of Victoria 7. Federation square 2.Old Melbourne Gaol 8. Immigration museum 3.Chinatown 9. Arts Centre Melbourne 4.Parliament House 10.National Gallery of Victoria 5.Rotal Exhibition Building 11. Royal Botanic Gardens 6.Melbourne Museum 12. Convention & Exhibition Center Shopping 1. Shopping Malls 3. DFO South Wharf 2. Victoria Market 4. Harbour Town

Entertainment 1. Sea Life Melbourne Aquarium 4. Melbourne Star Observation Wheel 2. Etihad Stadium 5. Melbourne Cricket Ground 3. Crown Casino Major Train Stations 1. Melbourne Central Station 2. Flinders Street Station 3. Southern Cross Station

RMIT Storey Hall

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Eating out

Bistros, restaurants, cafes and coffee shops offer varied menus, prices and decor. Local specialties such as seafood and Australian wines are worth trying. At some restaurants you can keep the liquor bill down by taking your own wine or beer. These are called “BYO” restaurants, an abbreviation for “bring your own”. IOS/Android Apps: Zomato, Trip Advisor Inner city Eat Streets CBD: Little Bourke Street (Chinatown): Chinese Lonsdale Street in the CBD (Greek & Asian) Hardware Lane

Carlton: Lygon Street in Carlton (Little Italy) Rathdowne Street in Carlton (Mid priced dining)

Richmond Victoria Street in Richmond (Little Saigon) Swan Street in Richmond (Little Greece and casual dining)

Major Train Stations Major Tram Routes: TR(A) 1, 30, 35, 24. 1. Melbourne Central Station TR(B): 95, 86, 96 2. Flinders Street Station TR(C): 35, 70 3. Southern Cross Station TR(D): 3, 3a, 5, 6, 16, 64, 67, 72

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COBEE 2018, 5 - 9 Feb, Melbourne, Australia

General Information The following information is provided to make your attendance at the COBEE 2018 in Melbourne as enjoyable and hassle free as possible. If you require assistance throughout the conference, please visit the Registration Desk and we will do eve- rything we can to help you.

Attendee Registration

• Location: Level 5 and 7, RMIT Storey Hall (Building 16), 336–348 Swanston St • Registration Hours: Mon 05th Feb: 3:00 pm to 7:00 pm (Registration and Welcome Cocktail) Tue 06th Feb: 8:00 am to 5:00 pm • On-Site Registration Fees General $ 1,150+ 10% GST ($115) = $ 1265 Student $ 700 + 10% GST ($70) = $ 770 All registered person will receive a conference pack, lunch, tea, and conference dinner • Conference Languages The official language for the COBEE 2018 Conference is English. • Badges & Ticket Each delegate registered for the conference will receive a name badge at the Registration and Information Desk. Dinner Ticket and emergency contact num- ber will be in the badge package. This badge will be your official pass and must be worn to obtain entry to all sessions, conference catering and social functions. Name badges must be worn for admittance to all COBEE 2018 events.

Message Centre

You can post or find messages on the message board located near the Regis- tration Desk/ Information Desk. Any article found should be taken to the Regis- tration Desk / Information Desk. Lost properties can be claimed at the same place. Any security concerns should be brought to the attention of the Confer- ence Secretariat or any Committee member immediately. COBEE Mobile Contact: 0452-296-727, 0452-295-289 Our committee can speak English, Mandarin, Thai, Persian, Cantonese

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Australia's primary emergency call - 000

Banking and Currency

• Banks & ATMs Banks are normally only open weekdays 9.30-4pm Monday to Friday. ATMs in Australia will usually allow withdrawal using any Australian-issued bank card. For international visitors, most ATMs allow withdraw using a card issued from a member of one of the international card networks. • Credit Cards Credit cards are accepted at most restaurants and shops, the most widely used being Mastercard, Visa and American Express. • Currency Exchange Decimal currency is used in Australia with the dollar as the basic unit (100 cents = $1). Notes come in $100, $50, $20, $10, and $5. Coins come in 5c, 10c, 20c, 50c, $1 and $2 denominations.

Time zone

Melbourne: UTC+10 hours

Tullamarine Airport Transfers to Melbourne City

• Skybus Express Bus Service (Airport - CBD): Location: Near the exit of Terminal 1 or Terminal 3. Duration: 20-30 minutes Cost: $19 for a one-way journey or $36 for a return. • Public Transport Victoria Duration: 2 hours Cost: $4.30 on weekdays • Taxi and Uber Duration: 20-30 minutes Cost: $50 - $60.

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Map of RMIT Storey Hall Conference Venue Floor Plans The conference room arrangements are:

Registration Welcome Reception Level 5 Foyer Coffee and Tea Break Lunch

Opening Ceremony Level 5 Auditorium Front Closing Ceremony Level 6 Auditorium Balcony Keynote Presentations

Level 5 Auditorium Front

Parallel Sessions Red Room Yellow Room Level 7 Blue Room Orange Room

Poster Sessions Level 5 Auditorium Back Coffee and Tea Break

Coffee and Tea Break Level 7 Foyer, Auditorium Back

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Storey Hall Level 5 & 6 - Main Auditorium

To Level 6 To Level 7 Level To

walk up stairs

To Level 6 6 Level To Registration & Info Desk –

T heatre Balcony heatre

entrance via lift *entrance via

stairs

*entrance via entrance via lift stairs

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Storey Hall Level 7 – Seminar Rooms To Level 5 Level To

From Level 6 6 Level From

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Social Events Pre-registration Time: 15:00 – 19:00 on Monday, February 5 Location: Foyer, Level 5, Storey Hall Welcome Reception (Cocktail) Time: 17:00 – 19:00d on Mon ay, February 5 Location: Foyer, Level 5, Storey Hall Opening Ceremony Prof. Peter Coloe (Pro Vice Chancellor and Vice President of RMIT University) Chair: Por f. Jiyuan Tu Time: 8:30 – 9:00 on Tuesday, February 6 Location: Auditorium, Level 5 and 6, Storey Hall Conference Dinner Time: 18:00 – 23:00 on Wednesday, February 7 Location: RACV City Club, 15 Bourke0 S treet, Melbourne 3000 Closing Ceremony and Final Network Session Time: 15:30 – 16:30 on Thursday, February 8 Location: Auditorium, Level 5 and 6, Storey Hall

Melbourne Day Tours – Odyssey Travel

Penguin Parade Philip Island and Park

Great Ocean Road Puffing Billy

For more information please visit our Info Desk or the website of Odyssey Travel: http://en.odyssey-travel.com.au/

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Technical Tour Time: 10:00 – 12:00 on Friday, February 9 Location: Foyer, Level 5, Storey Hall Walking Tour of RMIT Award-Winning Buildings

RMIT Melbourne City campus is located in the cosmopolitan heart of the “world’s most liveable city” and is surrounded by public transport, restaurants, theatres, galleries and parks. Across the campus you’ll find new award-winning buildings like the Swanston Ac- ademic Building (Building 80) and the Design Hub, as well as several historic buildings, such as RMIT’s oldest building - Francis Ormond Building (Building 1) and the Old Melbourne Gaol (Building 11). Building 16 (the Storey Hall), where the conference will be held, is one of our most visited buildings remodelled as the iconic Storey Hall in 1995, when it received an ultra-modern extension, featuring geometric-shaped windows and tiles. You can also enjoy the nearby sites and sounds, such as the State Library of Vic- toria, Parliament House, Royal Exhibition Building to Manchester Unity Building, you will learn about how the city transitioned from a 19th-century port town to Victoria’s modern capital. Please refer to the electronic Program or visit our web- site for more information:

http://www.cobee2018.net/program

• Building 80 - Swanston Academic Building Swanston Academic Building (SAB) incorpo- rates a range of environmentally sustainable features resulting in it achieving a Green Building Council of Australia 5-star Green Star Education Design rating. It has also received a number of state and na- tional awards including Best Public Building in the 2014 Property Council of Australia awards.

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• RMIT Design Hub Green Building Council of Australia 5-star Green Star Education Rating. A large number of Environmentally Sustainable Design (ESD) features: high-performance double facade, rain water harvesting, grey water treatment, internal waste management system, building management system with direct digital con- trol, low–volatile organic compound (VOC) paints and underfloor air distribution system.

• RMIT Building 1 (Francis Ormond Building) Building 1 as the number suggests is RMIT’s oldest building. It was built in 2 stages be- tween 1886 and 1892. This is a landmark building of great stature and historic signifi- cance. The interior planning of the building has been undertaken on a “best fit” basis where each room or space has been closely matched to each function or use. An adaptive re-use re- tains the best of the original building but brings it clearly into the twenty first century.

• RMIT Building 11 (Old Melbourne Gaol) RMIT Building 11 is one of the most distinctive surviving bluestone buildings from the early foundation of Melbourne. The refurbishment project ensured the protection of this im- portant heritage listed building. The courtyard is a formal urban space with considerable presence and becomes a new gathering place for students and staff. The Gaol forecourt becomes a new northern entry space leading into the campus.

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Instructions for Speakers 1. Presentation • Oral presentations are allocated for 20 minutes in total. • The time allotted for each speaker will be as follows: • 13-15min presentation • At 14mins, the chair will press the bell to indicate there is 1min remaining. • Please make sure you keep to the presentation time. • 5-7min question time, and change-over

2. Uploading Presentations to COBEE • We encourage you to submit your presentation as early as possi- ble. And the cut off time for your presentation is one day before your session. • Please submit the presentation via the following link: • https://goo.gl/forms/sskwQ8eV6ZSV0s4r1

3. Pre-session • Seats in the front row are reserved for speakers. Please ensure you arrive 10mins before your session and be seated in the front row. • Please get acquainted with the equipment and introduce yourself to the session chair.

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Poster Presentation Guidelines Since the posters will be available online, we are introducing (for the first time) an option to create audio webcast for each online published poster. Posters will also be visible through display monitors which we will place throughout the conference. Please submit your posters for online dissemination at https://goo.gl/forms/sskwQ8eV6ZSV0s4r1. The posters will also be shown during the conference dinner, and hosted on www.cobee2018.net Details • Each poster will be provided with a portrait boards (2m-height x 1.5m-width) mounted on stands. Therefore, the recommended poster size is A0 size (1189mm-height x 841-mm-wide). • Authors must submit their printed posters to the registration desk the day before their presentation and COBEE staff will put up your posters. • If you miss the cutoff time, authors must mount the posters them- selves. Pins for mounting will be available at the registration desk. • The presenter must be an author of the poster and a registered at- tendee. • At the end of the day authors are asked to remove their posters from the boards. Posters left up past that time will be taken down and placed registration table. Poster Session Schedule Session A - Tuesday 6th February Viewing and Question Times: 12:30 PM – 1:30 PM 3:30 PM – 4:00 PM

Session B - Wednesday 7th February Viewing and Question Times 12:30 PM – 1:30 PM 3:30 PM – 4:00 PM

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COBEE 2018, 5 - 9 Feb, Melbourne, Australia

Further Dissemination of Presentations OPTIONAL: Online Poster Publication and Audio Webcast The posters will be hosted at www.cobee2018.net/poster.html after Feb 1st 2018

You have the option of an audio webcast. This means you provide a rec- orded 3-min pitch about your work. For online publication of your poster, and the audio webcast onto the conference website, please submit both the poster and audio via the following link: https://goo.gl/forms/sskwQ8eV6ZSV0s4r1

OPTIONAL: Animation, Video Showcase During the conference we will have 31.5” monitors showcasing research outcomes from delegates. If you have animation, poster/image gallery, or videos of your work that you would like to showcase, then you can up- load and submit this via the same link (https://goo.gl/forms/sskwQ8eV6ZSV0s4r1) as your poster. The show- case file should display a title, have affiliation, and then the content. It should run automatically and not exceed 2mins. We will also show these files during the conference dinner.

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Keynote Presentations Keynote Presentation 1, 06 Feb, Tuesday 9:00-10:00 Outlook on Emerging Heat Pump Technology Trends Prof. Reinhard RADERMACHER, University of Maryland, Editor-in-Chief, HVAC&R Chair: Prof. Qingyan Chen Keynote Presentation 2, 06 Feb, Tuesday 13:30 – 14:30 Capturing thermal convection and airflow inside and around buildings with different levels of turbulence modelling Prof. Jian-Lei NIU, Hong Kong Polytechnic University, Sydney Univer- sity, Editor-in-Chief, Energy and Building Chair: A/Prof. Sherman Cheung Keynote Presentation 3, 07 Feb, Wednesday 9:00 – 10:00 Advances in Computational Fluid Dynamics for Building Energy and Environment Prof. Bert BLOCKEN, Eindhoven Uni.of Tech, Built Env & KU Leuven, Chair of Urban & Bldg Physics Chair: Prof. Guan Yeoh Keynote Presentation 4, 07 Feb, Wednesday 13:30 – 14:30 The European Way to Energy Efficient Buildings Prof. Christian HESCHL, FH Burgenland, Forschung Burgenland: Director Center for Building Technology Chair: Dr. Kiao Inthavong Keynote Presentation 5, 08 Feb, Thursday 9:00-10:00 Indoor Climate and Energy after Fukushima – Toward Zero Energy Building Prof. Shin-Ichi TANABE, Waseda University, Director Tanabe Laboratory Chair: Prof. Wangda Zuo Keynote Presentation 6, 08 Feb, Thursday 13:30 – 14:30 Indoor Air Quality Control Strategies for Residential Buildings in China Prof. Qingyan CHEN, Purdue University, Editor-in-Chief, Building and Envi- ronment Chair: Prof. Jiyuan Tu

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Local Committee Members President Jiyuan Tu, Ph.D. Professor, RMIT University Vice President Guan H. Yeoh, Ph.D. Professor, University of New South Wales Co-Chairs Dr. Kiao Inthavong, RMIT University Dr. Sherman Chipok Cheung, RMIT University Committee Prof. Kazuhide Ito, RMIT University Dr. Sara Vahaji, RMIT University Dr. Jingliang Dong, RMIT University Dr. Zhaofeng Tian, University of Adelaide Dr. Yihuan Yan, RMIT University Dr. Wei Yang, Victoria University Dr. Yidan Shang, RMIT University Dr. Lin Tian, RMIT University Dr. Xiangdong Li, RMIT University Dr. Xuwen Tong, RMIT University Dr. William Yang, CSIRO Dr. Krishna Mohanarangam, CSIRO

Ms Esra Beslen, RMIT University Ms Yao Tao, RMIT University Mr Jiawei Ma, RMIT University Ms Wenxin Li RMIT University, Ms Xiaoyu Xu, RMIT University Mr Nan Li, RMIT University Mr Lin Yang, RMIT University Mr Ryan Tay RMIT University Ms Annicka Chetty, RMIT University Mr Sirous Safari-Pour RMIT University Ms Vivian Lee, RMIT University Mr James Van Strien, RMIT University Mr Victor Xu, RMIT University

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Detailed Program Schedule of Parallel Sessions

20 Tuesday 6th February Parallel Sessions TIME Tuesday, February 6, 2018 8:00 DOORS OPEN FOR REGISTRATION Opening Ceremony 8:30 AM Chair: Prof. Jiyuan Tu Prof. Peter Coloe (Pro Vice Chancellor and Vice President of RMIT University) Keynote Presentation Prof. Reinhard RADERMACHER (University of Maryland, Editor-in-Chief, HVAC&R) 9:00-10:00 Chair: Prof. Qingyan Chen Title: Outlook on Emerging Heat Pump Technology Trends 10:00-10:30 MORNING TEA AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM ORANGE ROOM Parallel Heat Exchange Systems Advanced Modelling & Indoor Air Quality & Urban & Environmental Sessions Building Energy (1) (10:30-12:30) (1) CFD (1) Health (1) (1) Paper No. Paper Chair: Dr. Liangzhu Wang No. Paper Chair: Dr. Zhaofeng Tian No. Paper Chair: Prof. Marco Perino No. Paper Chair: Prof. Kazuhide Ito No. Paper Prof. Christian Heschl 131 330 Yao Tao* (RMIT University), 120 121 Hualing Zhang* (Chongqing 280 Yongxin Xie* (Hong Kong C. Liu, Qingpeng Wei* K. Inthavong, P. Petersen, K. A. Luo, J. Xia, Yi Jiang* University), S.Y. Hong, Z.L. Polytechnic University), T. (Tsinghua University), J Mohanarangam, W. Yan, JY. (Tsinghua University) Fang, H.H. Feng, B.D. Wang, Huang, J. Li, J. Niu, C.M. Deng and E. Tian Tu D. Li MAK Development of A Multiple Numerical Simulation and Standard for district heating Microbial level assessment The sensitivity of wind 10:30 AM Index Assessment Model of experimental verification of systems consumption in of indoor air quality in speed and solar radiation in Domestic Hot Water wake flows induced by northern China: guide for hospital wards determining outdoor System with A Case Study moving manikins thermal companies and thermal sensation and of Star Hotels in Shanghai policy-makers comparison with UC- Berkeley model 205 Guang Zhou* (Guangzhou 132 X. Sun, J. Park, Jung-Il Choi* 172 Naoya Watanabe* (Graduate 95 288 R. Chen, J. Liu, Jingjing Pei* Xuefan Zhou* (HUST), H. University), Y.Y. Ye, W.D. (Yonsei University), G.H. of Marine Science and (Tianjin University) Chen Zuo, X.Q. Zhou Rhee Technology), S. Kametani Modelling Air-to-Air Plate- Uncertainty Quantification Estimation of Detailed A Composite Purification Impact of upwind 10:50 AM fin Heat Exchanger without Analysis of Single-sided Building Energy Material Research of Indoor urbanization on the Condensation Natural Ventilation in a Consumption Using Purification for Particulate downwind urban heat island Building Building Energy Database Matter and Gas Pollutants effect and Simulation tool 316 Rikito Nishioka* (Graduate 6 260 215 Haiguo Yin * (Xi'an University 16 M. H. Hassan* (American School of Tokyo University Yihuan Yan* (RMIT of Architecture and Koorosh Gharehbaghi* (Rmit University of Beirut), H. of Marine Science & University), X.D. Li, J.Y. Tu Technology), C. Liu, X. Zhu, University), C. Scott-Young Khoury Technology), S.Kametani Y. Fan, A. Li Performance Evaluation of Numerical study of the Energy Modeling and Measurement for Indoor Green Structures in High 11:10 AM Newest Model GHP Air contaminants transport and Sustainability: A Review on Pollutants Concentration Rise Construction: Conditioning System Under distribution in the airliner Current Theories, Distribution of Natural Application and Actual Operation cabin environment Practices, and Challenges Ventilation Residential Functionality Buildings in Northwest China during Heating Season 21 Tuesday 6th February Parallel Sessions 10 C.Y. Tso*(Hong Kong Uni. of 82 42 I-Ting Lai* (National Taiwan 246 Qiwen Jiang* (Xi'an Jiaotong 135 Xingwang Zhao* (Tianjin L. Li, Mingfang Tang* Sci. and Tech.), Y.M. Wong, University), K.T. Huang, R.L. University), X.Z. Meng, Y.H. University), W. Liu, Q. Chen (Chongqing University) K.C. Chan, C.L. Wu, C. Chao Hwang Liu, J.B. Chen and M. Zhao Numerical Simulation of an Selection of Air Supply Projection and mitigation of Measurement and The micro-climate 11:30 AM Adsorption Cooling and Diffusers and Parameters greenhouse gas emissions Evaluation on Air Quality of environment of urban public Desalination System for Optimal Indoor of residential building the University Library with transport platform in hot employing a Novel Environment Design by the sector under climate HVAC System summer and cold winter Composite Adsorbent CFD-based Adjoint Method change in Taiwan region of china 80 152 46 281 22 Hansol Lim* (Hanyang V.M. Barthelmes* Huibo Zhang* (Shanghai Jiao Yu-Hsuan Juan* (National H. Chen, Borong Lin* University), H. S. Lim, S. Y. (Politecnico Di Torino), R. Li, Tong University), X. Wu, H. Taipei University of (Tsinghua University), Z. Li, Li, W. J. Kim, B. J. Kim, J. W. R.K. Andersen, W. Bahnfleth, Yoshino, U Yanagi, K. Technology), A.S. Yang, Y.P. H. Zhou Jeong S.P. Corgnati, C. Rode Hasegawa, N. Kagi, T. Goto Chen, C.H. Cheng

11:50 AM Empirical model for Efficient Daylight Factor Profiling Occupant Investigation on Old CFD Simulations of predicting the heat Rendering in Sketch Up Behaviour in Danish People’s Cardio- Pollutant Dispersion for exchange efficiency of a Based on High Dwellings using Time Use cerebrovascular Disease Optimized Half Open thermoelectric cooling and Performance Computing of Survey Data - Part I: Data and living environment in Spaces in Ideal Urban heating unit Radiance Description and Activity rural areas of Northeast Street Canyons Profiling China in Winter 81 262 47 30 24 F. Wenig* (Fachhochschule V.M. Barthelmes* S. Sadrizadeh* (KTH Royal Yu-Hsuan Juan* (National Hye-Won Dong* (Hanyang Burgenland Gmbh), P. (Politecnico Di Torino), R. Li, Institute of Technology), S. Taipei University of University), H.J. Cho, E.J. Klanatsky, M. Pichler, B. R.K. Andersen, W. Bahnfleth, Stensson, I. Walker, S. Technology), C.Y. Wen, Y.M. Choi, B.J. Kim, J.W. Jeong Derler, C. Heschl S.P. Corgnati, C. Rode Marashian, S. Holmberg Su, A.S. Yang

12:10 PM Energy saving potentials of Validation of a dynamic Profiling Occupant Airborne bacteria A Preliminary Assessment solar organic Rankine cycle model for thermally Behaviour in Danish inactivation in a hospital of Potential Wind Power in a liquid desiccant and activated building systems Dwellings using Time Use ward by ultraviolet Utilization in the Leeward evaporative cooling- Survey Data - Part II: Time- irradiation Side of High-Rise Buildings assisted air conditioning related Factors and system Occupancy 12:30-1:30 LUNCH & POSTER SESSION A

22 Tuesday 6th February Parallel Sessions

Keynote Presentation Prof. NIU Jian-Lei (Hong Kong Polytechnic University, Sydney University, Editor-in-Chief, Energy and Building) 1:30-2:30 Chair: A/Prof. Sherman Cheung Title: Capturing thermal convection inside and around buildings with different levels of turbulence modeling AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM ORANGE ROOM Parallel Experimental Ventilation (1) Thermal Comfort (1) Energy & Policy Acoustic & Noise Sessions Measurements (2:30-3:30) Paper No. Paper No.

Paper No. Paper Chair: Dr. Krishna No. Paper No. Paper Chair: Prof. Cheuk Ming Chair: A/Prof. Wei Liu Chair: Dr. Dong Chen Chair: Prof Vahid Nik Mohanarangam Mak 59 A. Zendehboudi, Xianting Li* 51 Y. Wang, Lei Zhao* (Xi'an 72 Jakub Dziedzic* (Norwegian 91 Somin Park, Sowoo Park* 124 T. Sevilla, W Tian, Y Fu, (Tsinghua University), P. University of Architecture University of Science and (Sungkyunkwan University), Wangda Zuo* (University of Song and Technology) Technology), D. Yan, V. D. Song Miami) Novakovic A Dimensionless Model for Indoor Thermal Comfort Measurement of Dynamic Why the Balance Point Low-Cost Acoustic Sensor Estimating the Analyses Based on Human Clothing Factor (D-CLO) Temperature in Degree- Array for Building 2:30 PM Dehumidification Body Exergy Exchange and days should be changed? Geometry Mapping using Effectiveness of Liquid Consumption Rates Echolocation for Real-Time Desiccant Dehumidifiers: Building Model Creation Application of Least Square Support Vector Machine

142 Mei Liang, Q.P. Wei* 222 Asako Hasegawa* 112 H. Wang, Y. Lin, X. 145 Yeji Lee* (Sungkyunkwan 29 K.W. Ma, C.M. Mak* (The (Tsinghua University), J.W. (Kumamoto University) Li*(Tsinghua University), Y. University), J. Kim, D. Song University of Hong Kong), Deng Liu, S. Nan H.M. Wong, Z.T. Ai A method to measure Lessons from a Non- Flow visualization and test Limitation of building code Effects of noise on dental 2:50 PM natural air infiltration in the uniform Thermal in scale model tunnel with in terms of building energy professionals in a dental airport based on CO2 mass Environment in a PC purification station saving hospital in Hong Kong balance and energy Seminar Room. balance 155 Wenhui Ji* (Chongqing 133 Suyeon Kim, Jowook Kim* 157 Thibault Péan* (Irec), E. 315 Xiang Zhang* (Harbin 48 Joel Lee* (Arup/Rmit), J. University), Q. Luo, Z.L. (Sungkyunkwan University), Fuentes, J. Ortiz, J. Salom Institute of Technology), C.H. Davy, N. Boulter, K. Zhang, H.H. Wang D. Song Zhan, G.H. Li Dumicich Cooling Effect of Thermal comfort and Performance of a gas boiler Comparison of Terminal Performance of 3:10 PM Mechanical Night energy consumption under dynamic operation Indicators Scoring Methods Rectangular Duct Ventilation over Internal according to the control conditions: experimental between ESGB and EEWH Attenuators under Non-ideal Wall Surface: A Parametric logic studies in semi-virtual Configurations with an Analysis environment Unlined 90 Degree Bend

3:30-4:00 AFTERNOON TEA & POSTER SESSION A

23 Tuesday 6th February Parallel Sessions AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM ORANGE ROOM Parallel Heat Exchange Systems Cooling & Air Passive Building Design Building Envelope & Thermal Comfort (2) Sessions (2) Conditioning (1) Materials (1) (4:00-6:00) Paper No. Paper No.

Chair: Prof. Jae-Weon No. Paper No. Paper No. Paper Chair: Prof Tengfei Zhang Chair: Prof. Fu-Jen Wang Chair: Prof. Quan Zhang Chair: Prof. Yanhua Liu Jeong 340 Guanping Jian* (Xi'an 188 I. Nastase, Cristiana 202 C. Duarte* (Center For The 229 Peter Klanatsky* 244 J.Y. Qiu, J.L. Liu, Y.X. Lu and Jiaotong University), L. Sun, Croitoru* (Technical Built Environment), P. (Fachhochschule Burgenland Yanhua Liu* (Xi'an Jiaotong J. Wen, S. Wang University of Civil Raftery, S. Schiavon, F. Gmbh), Franz Inschlag, Franz University) Engineering Bucharest), I. Bauman Hengel, Christian Heschl Ursu, D. Guţă, P. Danca 4:00 PM Numerical analysis of spiral Advanced thermal manikin How High Can You Go? Investigations of Solar A New Mathematical Model wound heat exchanger prototype with neuro-fuzzy Determining the Highest Energy Systems for thermal for Particle Penetration based on fluid-structure control system Supply Water Temperature self-sufficient Residential Factor Through Cracks of interaction for High Thermal Mass Buildings Building Envelope Radiant Cooling Systems in California 96 Lukas Zechner* (Forschung 208 A. Casalegno, E. Monticelli, 243 J.H. Chen, Jing Song* 118 Hongli Sun* (Tsinghua 18 Yaolin Lin* (Wuhan Burgenland),T. Schoberer, S. Marco Perino* (Denerg - (Chongqing University), Z.L. University), B. Lin University of Technology), Schuh, J. Weyr, W. Politecnico Di Torino), F. Wu Wei Yang, S.Q. Zhou, C.Q. Li Stutterecker Prosperi 4:20 PM Analysis of Thermoelectric New methodology and An Application Study of The Simulation Study on the A Study on the Effect of Heat Pumps for perspective for the air flow Ground Source Direct Adaptability of Passive Building Shape on Thermal Applications in Buildings and thermal comfort Cooling Complex System House in China Load characterization of personalized devices 228 Nannan Dai* (Southeast 89 S.Y. Li* (Hanyang 190 A. Bejan, C. Croitoru, Florin 34 Dmitrii Zheldakov* 33 Dayi Lai, Xiaojie Zhou, University), S.H. Li University), H. S. Lim, J. H. Bode* (Technical University (Research Institute of Qingyan Chen* (Purdue Shin, M. S. Jo, J. W. Jeong of Cluj-Napoca), I. Nastase, Building Physics of Raacs), University) M. Sandu, A. Labihi V.G. Gagarin Coupling Model of Heat Energy Performance of a Inertial elements integration The development of method Developing A Dynamic 4:40 PM Pump System and Water Desiccant and Evaporative on thermal solar collectors of determining climatic Thermal Sensation Model Tank with Immersed Cooling-Assisted Air loads on the enclosing for Outdoor Spaces Condenser Coil in HPWH Conditioning System in structures taking into Various Climatic in China account global climate change

24 Tuesday 6th February Parallel Sessions 52 Shuyang Zhang* (Southeast 230 Hossein Bakhtiari* (The 92 Chong Shen* (Tsinghua 26 Shin Young Jeong* (Hkust), 43 Robert Dylewski* (University University), L. Zhang, X. University of Gävle), M. University), X. Li, A. Melikov Chi Yan Tso, Yuk Ming Wong, of Zielona Góra), J. Zhang Cehlin and J. Akander Christopher Chao Adamczyk Comprehensive evaluation Thermal Comfort in Office Experimental investigation FDTD simulations on Optimum Thickness of the 5:00 PM of Ground Source Heat Rooms in a Historic on the performance of a Sahara silver ant inspired Thermal Insulation Layer Pump system using Building with Modernized window cooling system biomimetic thermal selective from the Economic and statistical method HVAC Systems compared with a chilled passive daytime radiative Ecological Perspective ceiling system cooling 213 204 K.P. Lee* (National Taipei 64 Alexander Floss* (University 138 Xiandong Su* (Chongqing Qing Cao* (Tianjin 209 D.H. Qi, W.G. Li, J. Cheng, University of Technology), of Applied Sciences University), Z.J. Yang University), Q. Xu, C-H Lin, Z. Lianzhu Wang* (Concordia K.T. Lin, B.H. Wu Biberach), M. Schaub Wei, Q.Chen University) A Case Study of Energy Sizing of Energy Storages The Influence of Energy Modeling Particle Scale Modelling of Thermal 5:20 PM and Condensation Analysis for Zero Energy Buildings Usage Modes and Deposition on a Plate-Fin Airflows in Buildings Heat Exchanger for Chilled Beam Systems Envelope on Energy in the Office Building Consumption of Buildings Located in Hot and Humid Climate Zone 270 Hari Dalal* (Taep) 170 Chuanbin Dong* (Tianjin University), Jingjing Pei

5:40 PM Evaluation of air Performance Evaluation of conditioning system design Air Cleaner in Real of swimming pool complex Residential Environments 6:00 PM END OF DAY

25 Tuesday 6th February Parallel Sessions 41 Dachuan Shi* (Chongqing 65 Junsong Wang* (South 149 Yigang Li* (Guangxi 150 Ruey-Lung Hwang* (National University), Yafeng Gao China University of University) Kaohsiung Normal Technology), Lei Zhang, University), Feng-Yi Lin, Tzu- Qinglin Meng Ping Lin Energy Savings and Study on Hygric Properties Development of a sun- Effect of Urban Micro- Thermal Performance of of Porous Pavement Bricks shading louver unit with climate on Home Energy Containered Planting Roof: evaporative cooling effect Consumption A Case Study in Chongqing —Numerical analysis of the of China improvement effect on the thermal environment 78 Lingling Li* (South China 79 Joon-Young Park* (Hanyang 151 Aymeric Delmas* (Piment 159 Sumei Lu ,Q.L. Meng,Q. Li University of Technology) University), HW. Dong, SY. Laboratory) Cheon, YS. Byon, JW. Jeong

CFD Study on the Impact of Multi-Stage Liquid Towards Context & Climate Effects of the emissivity of Characteristics of Desiccant Dehumidification Sensitive Urban Design: An inner wall of the building Temperature and Velocity in a Desiccant and integrated simulation and envelope on the thermal in a Environmental Wind Evaporative Cooling- parametric design approach comfort of human body Tunnel Assisted Air Conditioning System 119 Junhui Yan* (Southeast 181 Di Mu* (Tongji University), 292 Xiong Shen* (Tianjin 226 Hejiang Sun* (Tianjin University) Naiping Gao University), Tingxuan Deng University), Z. Yi, Y. Zhang Analysis of the Non-uniform Evaluation of k-epsilon Indoor Air Quality and The Status of Indoor

POSTER SESSION A SESSION POSTER Temperature Distribution models for simulating wind- Ventilation Performance in Formaldehyde in and Performance induced mean airflow field Residential Buildings in Residential Buildings in Optimization of a Nanofluid- and dispersion around a Kunming, China North China based Direct Absorption rectangular multi-storey Solar Collector building

137 Xiao Juan* (Xi'an Jiaotong 148 Yuting He* (Guangxi University), Wang Jiarui, University) Jian Guanping, Wang Simin, Wen Jian Performance investigation Development of a sun- on shell-and-tube heat shading louver unit with exchangers with different evaporative cooling effect -- baffles based on fluid- Design concept and unit structure intersection components

26 Wednesday 7th February Parallel Sessions

TIME Wednesday, February 7, 2018

8:30 AM Doors Open Late registrations Keynote Presentation Prof. Bert BLOCKEN (Eindhoven Uni.of Tech, Built Env & KU Leuven, Chair of Urban & Bldg Physics) 9:00-10:00 Chair: Prof. Guan Yeoh Title: Advances in Computational Fluid Dynamics for Building Energy and Environment 10:00-10:30 MORNING TEA AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM Parallel Sensors, Controls & Monitoring Ventilation (2) Advanced Modelling & CFD (2) Indoor Air Quality & Health (2) Sessions (1) (10:30-12:30) Chair: A/Prof. Sherman Chipok Paper No. Paper No. Paper No. Paper Paper No. Chair: Dr. Xiangdong Li Chair: Prof. Junjie Liu Chair: Dr. Lin Tian Cheung 199 Cristina Croitoru* (Technical 11 196 50 J. Zemitis, Janis Lusis* (Riga University of Civil Engineering Wei Liu* (Purdue University), Q. Laura Burneau* (Cstb), P. Michel, B. Technical Univeristy), A. Borodinecs, Bucarest), M. Sandu, I. Nastase, F. Chen Vinot A. Prozuments Bode, L Tacutu 10:30 AM Scale Model Study for a Ventilation Inverse Design of Indoor System dynamics modeling of Preliminary Study on IAQ in Indoor System Optimization inside a Environments by a Fast Fluid building-scaled refurbishment: a Shooting Ranges Sludge Dewatering Area Dynamics-based Adjoint Method resource-based analysis for BIM adoption 13 55 69 J. K. K. Petersen, J. K. Kristensen, H. 146 Y. Wei, W. Liu, Y. Xue, Z. Zhai, Q. Wei Ye* (Tongji University), H. Wang, Elarga, R. K. Andersen* (Technical Sung-Jun Yoo* (Kyushu University), Chen, Tengfei Zhang* (Dalian X. Zhang University of Denmark), A. K. Ito University of Technology) Midtstraum 10:50 AM A preliminary discussions on base Inverse Design of Enclosed Air Accuracy and air temperature Quantitative risk assessment of levels of ventilation rates for public Environment by Integrating Three dependency of commercial low-cost transient inhalation exposure using buildings in China Methods NDIR CO2 sensors: An PBPK-CFD hybrid model with experimental investigation computer simulated person 38 K. Vachaparambil, Mathias Cehlin* 61 Zhenjun Ma* (University of 122 156 T.Y. Zhao, Jiaming Wang* (Dalian D.C. Zhang, J.J. Liu, R.Q. Chen,J.L. (The University of Gävle), T. Wollongong), K. Li, D. Robinson, J. University of Technology) and M. Xu Ren, Jingjing Pei* (Tianjin University) Karimipanah Ma 11:10 AM Comparative Numerical Study of A Two-level Clustering Strategy for Study on Predictive Control for A Study on Decomposition of the Indoor Climate for Mixing and Energy Performance Evaluation of Chiller Plants Based on T-S Fuzzy Cooking Oil Fume by UV,VUV and Confluent Jet Ventilation Systems in University Buildings Model VUV/ O3 an Open-plan Office 53 Z. Cao* (Xi’an University of 136 128 Shohei Miyata* (The University of 169 Yunyang Ye* (University of Miami), Y. Yin* (Tianjin University), J. Pei, J. Architecture and Technology), Y. Tokyo), Y. Akashi, J. Lim and Y. G. Wang, W. Zuo Cao, Y. Sun, J. Liu, Y. Zhang Wang, M. Wang Kuwahara 11:30 AM A Comparison of Concentrated Creation of a Prototype Building Energy Conservation by Time dependence of characteristic Contaminant Removal in enclosure Model of College and University Optimization of Set Values in Heat parameter for semi-volatile organic by Using Mixing Ventilation and Building Source Systems Considering compounds (SVOCs) emitted from Vortex Ventilation Controllability indoor materials 27 Wednesday 7th February Parallel Sessions 57 104 166 A.S. Lamano* (Eri@N), S. Yang, M. P. 171 J. Cheng, H. Wang* (University of Lei Zhao* (Xi'an University of Wan, M. Zhou, J. Zhou, S. Babu, J. N. Akemi Iwaki* (Shibaura Institute of Shanghai For Science and Architecture and Technology) Sarvaiya, Z. Zhang, D.E.V.S. K. Technology), Takashi Akimoto Technology), Z. Zhai Kumar, K. Krishnasayee 11:50 AM Comparison of Cooling Inverse Modeling of Airborne Energy Performance of an Survey on the Effect of Sleep on Performance of Rooms with Pollutant Based on Adjoint Integrated Automated Blinds and Summer Using Personal Humidifier Cooling Radiant Ceiling Panel and Probability Method under Unsteady Dimmable Lighting System with and on the Skin and Blood Pressure Constant Air Volume System Airflow Conditions with Multizone Model-Predictive Control (MPC) of Middle-Aged People Model 90 127 175 217 Ilinca Nastase* (Technical University Doyun Lee* (The University of Younhee Choi* (Sungkyunkwan of Civil Engineering of Bucharest), I. J.L.Ren, Junjie Liu* (Tianjin Tokyo), R. Ooka, S. Ikeda and W. University), D. Song, W. Cho, J. Kim Ursu, D. Enciu, V. Iordache, S. University), W.D. Li Choi Zaharia, M. Gustiuc, M. Sandu 12:10 PM Effect of the fixed and variable heat Case Study of ANN Modeling of Real Time Monitoring Network Study on fine particle and volatile exchange efficiency of room Stratified Thermal Energy Storage System for Urban Air Quality organic pollutants in the terminal ventilation system on heating and Ground Source Heat Pump Management building of Tianjin Airport, China energy demand Systems for Model Predictive Control 12:30-1:30 LUNCH & POSTER SESSION B Keynote Presentation Prof. Christian HESCHL (FH Burgenland, Forschung Burgenland: Director Center for Building Technology) 1:30-2:30 Chair: Dr Kiao Inthavong Title: The European Way to Energy Efficient Buildings AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM Parallel Heat Exchange Systems (3) Thermal Comfort (3) Building Energy (2) Passive Building Design (2) Sessions (2:30-3:30) Paper No. Paper No. Paper No. Paper Paper No. Chair: Prof. Lei Zhao Chair: Dr. Sara Vahaji Chair: Prof. Jian-Lei Niu Chair: Prof Ryozo Ooka

201 Kuei-Peng Lee* (National Taipei 271 Yuxin Wu* (Chongqing University), 49 Rongling Li* (Technical University of 144 Tetsuya Kawamura* (The University University of Technology), C.K. H. Liu, B. Li Denmark), Y. Chen, C. Rode of Tokyo), R. Ooka, S. Ikeda Chuang, B.H. Wu 2:30 PM Applying Data Mining Impact of adaptive behaviours on Heat Flexibility as a Function of the Shape Optimization of a Detached Technology in Diagnosis for the evaluation of thermal comfort in Outdoor Climate: A Study of Danish House Considering Daylight Operation of Chiller Plant aircraft cabins Dwellings Utilization Using Metaheuristics

28 Wednesday 7th February Parallel Sessions

306 Fan Zhang* (Southeast University), 312 Moon Keun Kim* (Xian Jiaotong - 68 Ying Zhu* (Xi'an University of 235 Haoyu Wang* (The University of Y. Yin, X. Zhang Liverpool University), S. Cui Architecture and Technology), Y. Li, Sydney) and C. Lei Y. Liu, B. Shao, Q. Tong Performance analysis of a liquid Evaluation of PMV and PPD Model Development of A Distributed Combined Solar Chimney and 2:50 PM desiccant evaporative cooling air- of a Hybrid Radiant Cooling System Energy Systems Optimization and Water Wall for Ventilation and conditioning system powered by Carbon Emission Management Thermal Comfort solar energy Model under Uncertainty: A Case Study of New Countryside Building in Guanzhong area, China 307 Li Ling* (Hunan University), Q. 347 Xinying Fan* (Dalian University of 84 Shunyong Yin* (Tsinghua 126 Kwanho Lee* (Ulsan College), Zhang, Y. Yu, S. Liao Technology), B. Chen, T. Zhao University), J. Xia, H. Fang, Y. Li, Y. Geoffery Levermore Jiang Energy saving analysis of the water An experimental and theoretical Challenges for Clean Heating in Estimation of surface solar 3:10 PM cooled multi-split heat pipe system study on the indoor thermal Northern China irradiation using sky view factor, (MSHPS) in a data center environment of a new cave dwelling sunshine factor and solar irradiation in the northwest of China models according to geometry and buildings 3:30-4:00 AFTERNOON TEA & POSTER SESSION B AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM Building Envelope & Materials Parallel Phase Change Materials Urban & Environmental (2) Indoor Air Quality & Health (3) Sessions (2) (4:00-5:20) Paper No. Paper No. Paper No. Paper Paper No. Chair: Prof. Yonggao Yin Chair: Prof. William Yang Chair: Prof. An-Shik Yang Chair: Prof. Lennart Larsson

158 Ximing Chen* (Shenzhen Institute of 56 Y. Xu, C.H. Lin, Z. Wei, Tengfei 63 Sumei Liu* (Tianjin University), W. 344 Lumeng Liu* (University of Building Research Co. Ltd.), J. Ren, Zhang* (Dalian University of Pan, X. Cheng, H. Zhang, Z. Long, Q. Queensland), J. Liu, D. Do Y. Wang Technology), S. Wang Chen Preparation and Characterization of Measuring Moisture Content in a CFD Simulation of Urban Wind Toward a better understanding of 4:00 PM BioPCM for Building Envelope Porous Insulation Package with a Flow in an Actual Urban Area with a how functional groups and pore applications Finite Geometric Domain Full-scale Geometrical Model size affect formaldehyde adsorption in carbonaceous materials: A Monte Carlo simulation study

184 Xiaofeng Niu* (Nanjing Tech 192 S. Fantucci, E. Fenoglio, F. Isaia, 178 Fanxing Zeng* (Tongji University), N. 349 J. Zhang, C. Sun, R. Lu, W. Liu, C. University), Y. Zhang, Y.F. Yan, T. Valentina Serra* (Politecnico Di Gao Huang* (University of Shanghai For Liu, J.J. Liu Torino), M. Perino, M. Dutto, V. Science and Technology) Marino 4:20 PM Effect of Micro-Encapsulated Phase Development of aerogel based Evaluation of urban thermal The Status of Exposure Level and Change Materials on the internal thermal plasters for the characteristics at microscale using Assessment of Phthalic Acid Esters Performance of Liquid Desiccant energy retrofit of existing buildings: energy balance models in Household Dust Dehumidification First results

29 Wednesday 7th February Parallel Sessions 239 Yuan Zhang* (School of Energy and 220 Z. Zhuang* (Tongji University), J.Y. 273 Pui Kwan Cheung* (The University of 351 Chao Chen* (Beijing University of Power Engineering, Jiangsu Ying, H. Ye, Y. Yu Hong Kong), C.Y. Jim Technology), C. Chen, Z. Chen, H. University) and Q. Wang Qin, Y. Wu, Z. Hao 4:40 PM Hollow block’s structural impact on Thermal and energy analysis of an Thermal benefits of Chinese Determination on the key design the thermal behaviour of PCM wall integrated building envelope with Banyan in subtropical Hong Kong parameters of indoor PM2.5 load ventilated air layers for utilization under air infiltration surplus heat 266 Xiangli Li* (Dalian University of 232 Peng Xue* (Beijing University of 274 Jiawei Yao* (Tongji University), F. 348 Bin Chen* (Dalian University of Technology), C. Tong, L. Duanmu, Z. Technology), J.C. Xie, C.M. Mak and Yang, Z. Zhuang, Y. Shao, Q. Ban, J. Technology), X. Fan, T. Zhao, Y. Zhai J.P. Liu Li, F. Yuan Chen, C. Zeng Preparation and thermal energy An index linked with luminous Outdoor Natural Ventilation and Life style and Requirement on 5:00 PM storage properties of polyethylene environment and energy saving for Construction Sequence based Indoor Environment glycol / silica /expanded graphite as daylighting and shading design Urban Planning Strategies in shape-stabilized phase change Extended District of Lujiazui CBD, material Shanghai 5:20 PM END OF DAY

187 Hye Gi Kim (Ajou University, Korea), 227 Y-L Wu, K-S Yang, S-K Wu* 265 Saadia Ansari (Reading University), 345 Pippa Boyd, (University of Reading) Sun Sook Kim, Min Ki Sung (Industrial Technology Research L.Shao, G. Larsen Institute, Hsinchu), C-W Lin, S-X Liao Development of an ECM Experimental Analysis on Moisture A warm welcome? You're out of Lux The Performance Gap: the recommendation model considering Absorption and Desorption practicalities of integrating solar the combined effect on the building Properties by Enhancement Design technologies into building projects energy performance 231 Tong-Bou Chang* (National Chiayi 236 Kefeng Dong* (Southeast 346 Annicka Chetty, (Rmit University), S. 234 Yuwen You (Chengjian University), University), Jer-Jia Sheu, Jhong-Wei University), Shuhong Li Safari Pour, L. Tian, and K. C. Guo, B. Tang, Z.F. Tian, H. Wang Huang, Yu-Sheng Lin, Che-Cheng Inthavong Chang Effects of outdoor air ventilation A Real-time Variable Capacity Feasibility of solar pond Thermal Balance Analysis of rate on vehicle cabin indoor air Control Strategy of a Photovoltaic performance and efficiency for Partitioned Large Scale quality Integrated Solar Heat Pump Water building energy consumption Underground Heat Exchangers 253 Weiqiang Zhao* (Southeast 189 Di Mu* (Tongji University), Naiping 303 Ruoyu Su, Xiong Shen* (Tianjin 320 Ye Seul Eom, Dong Hee Choi, Dong University), Shuhong Li, Lei Fang, Gao University) Hwa Kang* (University of Seoul) Analysis on the Variable Frequency The Impact of solar radiation on Simulations of Indoor Airflow by Investigation on the impact of POSTER SESSION B SESSION POSTER Control of Hybrid Heat Sources inter-flat contaminants transmission Strong Heat Source using Lattice outdoor particles on indoor air in Heat Pump Water Heater characteristics in high-rise building Boltzmann Method with LES multi-unit residential buildings Approaches 177 Lujian Bai* (Xi'an University of 255 Fu-Jen Wang* (National Chin-Yi Architecture and Technology) University of Technology), Jing- Syong Huang The impacts of climate change on Performance Improvement Analysis thermal climate zone and building for a Negative-pressured Biosafety energy efficiency in China Level Laboratory 30 Thursday 8th February Parallel Sessions TIME Thursday, February 8, 2018 8:30 AM Doors Open

Keynote Presentation Prof. Shin-Ichi TANABE (Waseda University, Director Tanabe Laboratory) 9:00-10:00 Chair: Prof. Wangda Zuo Title: Indoor Climate and Energy after Fukushima – Toward Zero Energy Building 10:00-10:30 MORNING TEA AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM WORKSHOP: Design Methodologies Parallel Heat Exchange Systems (3) Advanced Modelling & CFD (3) Building Energy (3) Sessions in Urban Environment (10:30-12:30) Paper No. Paper No. Paper Paper No. Chair: Prof. Jian Wen Chair: Prof. Guan Yeoh Chair: Prof. Ivo Martinac Chair: Prof. Mak and Prof. Niu

252 J. Lu, T. Long, R. Hu, J. Chen, Yongcai 197 Wei Tian* (University of Miami), Y. Fu, Q. 99 1. Professor Cheuk Ming MAK Issa Jaffal* (Christian Inard), C. Inard Li* (Chongqing University) Wang, T.A. Sevilla, W. Zuo Hong Kong Polytechnic University Effects of Various Parameters on Optimization on Thermostat Location in A Study of Building Energy Design methodologies for the improvement 10:30 AM Thermal Performance of a SWHS-LHS An Office Room Using The Coupled Consumption for Cooling Using a of wind comfort in the urban environment System: A Numerical Study Simulation Platform in Modelica Metamodel Buildings Library: A Pilot Study 257 141 129 2. Prof. Bert Blocken (Wendy Janssen, Jiang Weixue* (Southeast University), Jianlin Liu* (The Hong Kong Polytechnic P.L. Yuan, Lin Duanmu* (Dalian Kai Du, Xu Jianyong University), J. Niu, Y. Du and C. Mak University of Technology) and Z.S.Wang Twan van Hooff) Technische Universiteit Eindhoven 10:50 AM Experimental Investigation on Large Eddy Simulation of Pedestrian Predicting Daily Heating Energy CFD analysis for wind comfort improvement Convective Heat Transfer Level Wind around a building Consumption of Rural Residences in around a tower building in Eindhoven city Characteristics of TiO2 Ammonia community: Evaluation of Influencing Northern China Using Support Vector center Water Nanofluids Factors Machine 277 Wenke Fan* (University of Wollongong), 154 Nguyen Phuong* (Kyushu University), 143 Jisoo Shim* (Sungkyunkwan 3. Dr. Jianlin LIU G. Kokogiannakis, Z. Ma N.D. Khoa, T.V. Quang, K. Ito University), D. Song University of Sydney Design optimisation of a double pass Comparative Computational Modeling Impact of typical weather data Transient CFD simulation on pedestrian level 11:10 AM PV/T-solar air heater integrated with of Airflow and Inhaled Particles considering regional climate condition wind around a building community heat pipes Residence Times in the Human and on building energy consumption Monkey Upper Respiratory Tracts 278 Alison Subiantoro* (University of 160 256 Enrico Fabrizio* (Politecnico Di Torino), 4. Miss Sherry Yongxin XIE, Alicia Murga* (Kyushu University), K. Ito Auckland), A.N. Iman, K.T. Ooi A. Costantino and L. Comba Hong Kong Polytechnic University Improving the Efficiency of Portable Air Dynamical downscaling and hybrid A calculation model for the energy A trial of applying the UCB model in the 11:30 AM Conditioners in Open-Air Shops and CFD - transient network modelling performance assessment of fattening outdoors-the evaluation of onsite application Cafes in the Tropics by Separation of analysis for estimating inhaled air pig houses and the physiological parameters under Dehumidification and Cooling quality thermally neutral outdoor environment Processes 285 212 283 T. Du* (Delft University of Technology), 5. Miss Jianong LI N. Shan, Yonggao Yin* (Southeast M. Mortezazadeh, Liangzhu Wang* M. Turrin, S. Jansen, A. Van Den University), F. Zhang (Concordia University) Hong Kong Polytechnic University Dobbelsteen, N. Biloria Empirical Calibration of Universal Thermal 11:50 AM Study on Performance of A Novel Modelling Urban Airflow by a New A Review on Automatic Generation of Comfort Index—UTCI for assessing the Energy-Efficient Heat Pump System Parallel High-Order Semi-Lagrangian Architectural Space Layouts with outdoor thermal environments in Hong Kong Using Liquid Desiccant 3D Fluid Flow Solver Energy Performance Optimization 31 Thursday 8th February Parallel Sessions 298 268 248 Letizia Roccamena* (École Nationale 6. Dr. Cho Kwong Charlie Lam Wenxin Li* (RMIT University), X. Li, Y. K.P. Gokulraj* (Indian Institute of Des Travaux Publics De L'état), Associate Researcher Wang, J. Tu Technology), S. Tiwari, M.P. Maiya Mohamed El Mankibi School of Atmospheric Sciences 12:10 PM Effect of material properties on the Three-dimensional Numerical Study on Optimization of an innovative thermal Sun Yat-sen University thermal performance of tubes in a Flow and Thermal characteristics of energy storage technology at low Title: landscape variability and outdoor thermal comfort in the Melbourne botanic gardens layered subsurface Wall jet Diffuser in an Enclosure temperatures.

12:30-1:30 LUNCH & POSTER SESSION C Prof. Qingyan CHEN (Purdue University, Editor-in-Chief, Building and Environment) 1:30-2:30 Keynote Presentation Chair: Prof. Jiyuan Tu Title: Indoor Air Quality Control Strategies for Residential Buildings in China AUDITORIUM RED ROOM YELLOW ROOM BLUE ROOM Parallel Sessions Ventilation (3) Advanced Modelling & CFD (4) Urban & Environmental (3) Indoor Air Quality & Health (4) No. (2:30-3:30) Paper Chair: Prof. Yong Wang Chair: Dr. Zhaofeng Tian Chair: Dr. Wei Yang Chair: Dr. Yihuan Yan Paper No. Paper No. Paper No. Paper 153 Y. Gao* (Shenzhen Institute of Building 302 Lin Yang* (Rmit University), X. Li, J. Tu 276 Jia Nong Li* (The Hong Kong 221 X. Feng* (China Academy of Building Research Co. Ltd.), S. Wang, B. Liu, X. Polytechnic University) Research), H. Zhang, Y. Zhang, J. Bai Chen, J. Ren The Investigation of Ventilation Numerical study of cabin interior air Validation of the ability of outdoor A long-term monitoring results and 2:30 PM Performance and Indoor Air Quality of environment response of high-speed thermal index on assessing the outdoor summary of airborne particle size Residential Buildings in South China trains passing each other thermal comfort in hot-humid regions distribution from 10nm to 10μm under different PM contamination level in Beijing 218 M. Cehlin* (University of Gävle), U. 350 Chen Huang* (University of Shanghai 287 Hashem Akbari* (Concordia University) 250 Pan Wang* (Tianjin University), S. Chen, Larsson, H.J. Chen For Science and Technology), L. Yu, Y. Z. W. Zhang, S. Zhang, J. J. Pei, J. J. Liu Liu, Y. Xue, J. Liu and H. Liu 2:50 PM Numerical Investigation of Air Change Comparison and analysis of vertical Effects of Increasing Surface Study on the Test Method and Effectiveness in an Office Room with temperature distribution prediction Reflectivity on Urban Climate and Air Performance Evaluation of Particle Impinging Jet Ventilation models in large space buildings Quality over North America Removal by Electrostatic air filter 314 P. Zhou, Haidong Wang* (University of 211 A. Katal, Liangzhu Wang * (Concordia 293 Yi Xu* (Tianjin University), G. Liu, R. 311 Lennart Larsson* (Lund University), Shanghai For Science and Technology) University), W. Stuart Dols, B.J. Polidoro Dang, LX. Wang Johan Mattsson

3:10 PM Optimization of HVAC system in typical An investigation of different strategies Field Study and Energy Sensitivity Improving the Indoor Air Quality in residential buildings in northern China for solving coupled thermal airflows by Analysis of the High-Speed Railway Damp Buildings by Using a Surface multi-zone network method Station in Cold Regions of China Emissions Trap 3:30-4:00 CLOSING CEREMONY (Auditorium)

4:00-4:30 AFTERNOON TEA - Social Networking Session 4:30 PM END OF DAY

32