| VALIDATION OF THE PROBABILISTIC METHODOLOGY TO GENERATE ACTUALINHABITANTS’ BEHAVIOR SCHEDULES FOR ACCURATE PREDICTION OF MAXIMUMENERGY REQUIREMENT |  |
| J Tanimoto, A Hagishima, H Sagara |
| A MATHEMATICAL MODEL FOR A HOUSE INTEGRATED WITH AN ELEVATEDCHINESE KANG HEATING SYSTEM | |
| Z Zhuang, YG Li, B Chen |
| PERFORMANCE-BASED ENVELOPE DESIGN FOR RESIDENTIAL BUILDINGS INHOT CLIMATES | |
| SN Al-Saadi, IM Budaiwi |
| UNCERTAINTY AND SENSITIVITY ANALYSIS OF NATURAL VENTILATION INHIGH-RISE APARTMENT BUILDINGS | |
| S Hyun, C Park, G Augenbroe |
| A CFD ANALYSIS OF VENTILATION SYSTEM OF LAVATORY IN OFFICEBUILDING . 415 | |
| K Sakai, Y Murata, R Kubo, R Kajiya |
| COMPARING ENVIRONMENTAL IMPACTS OF BUILDINGS WITH ECO-BAT | |
| D Favre, S Citherlet |
| COMPARISON BETWEEN A NEW TRNSYS MODEL AND EXPERIMENTAL DATA OFPHASE CHANGE MATERIALS IN A SOLAR COMBISYSTEM | |
| J Bony, S Citherlet |
| ENERGY ANALYSIS OF VENTILATED ROOF WITHEXTENDED TOP IN HOTREGIONS . 1027 | |
| P Wang, GQ Zhang, Q Zhang, MJ Xie |
| FACADE DESIGN OPTIMIZATION FOR DAYLIGHT WITH A SIMPLEGENETICALGO 1162 | |
| SL Torres, Y Sakamoto |
| FAST EVALUATION OF SUSTAINABLE HEATING AND COOLING STRATEGIESFOR SOLAR HOMES WITH INTEGRATED ENERGY AND CFD MODELING | |
| J Spencer, ZQ Zhai |
| A FURTHER STEP IN ENVIRONMENT AND BIOCLIMATIC ANALYSIS THESOFTWARE TOOL SOLENE | |
| F Miguet |
| SENSOR FAULT DETECTION AND DIAGNOSIS FOR VAV SYSTEM BASED ONPRINCIPAL COMPONENT ANALYSIS | |
| XW Yi, YM Chen |
| HEADQUARTERS OF THE COMISIÓN NACIONAL DEL MERCADO DE VALORES.DOUBLE FAÇADE SIMULATION STUDY | |
| C Planas, R Clemente, V Escalona, M Torres, P Alavedra, A Guzmán, E Cuerva |
| PLANNING SUSTAINABLE IN CHINESE CITIES DWELLING TYPES AS A MEANSTO ACCESSING POTENTIAL IMPROVEMENTS IN ENERGY EFFICIENCY | |
| Q Li, P Jones, S Lannon |
| APPLICATION AS COMMISSIONING TOOL OF VARIOUS HVACSIMULATIONPROGRAMS AND VISUAL TOOLS | |
| MJ Zheng, S Pan |
| ANALYSIS OF THERMAL ENVIRONMENT NEAR WINDOWS USING AIR BARRIERTECHNIQ 421 | |
| YF Jia, C Huang, L Liu |
| NUMERICAL AND EXPERIMENTAL STUDY ON OPTIMAL RUNNING MODE OFSMOKE EXTRACTION SYSTEM IN A SUBWAY STATION IN BEIJING | |
| YX Yang, C Chen, HM Fan, L Qu, ML Ren |
| THE ENERGY CONSUMPTION OF THE PUBLIC BUILDINGS IN OSAKA, JAPAN 1866 | |
| SQ Lu, K Emura, N Igawa, H Nimiya |
| BUILDING ENERGY ANALYSIS AND SIMULATION OF CHANGSHA AREA | |
| JW Hu, CZ Yang, JH Yu |
| THE IMPACT OF TRAFFIC-RELATED POLLUTANT ON INDOOR AIR QUALITY INBUILDINGS NEAR MAIN ROADS | |
| J Liu, JN Zhao, DX Sun |
| FLOW SIMULATION FOR DESIGN OF VENTILATION SYSTEMS IN ANIMALHOUSES | |
| H Mueller, K Krause |
| IMPACT OF USING DIFFERENT MODELS IN PRACTICE – A CASE STUDY WITHTHE SIMPLIFIED METHODS OF ISO 13790 STANDARD AND DETAILED MODELLINGPROGRAMS. 39 | |
| G Kokogiannakis, J Clarke, P Strachan |
| STUDY ON THE HYGROTHERMAL PERFORMANCE OF WOODENBASEMENT-SYSTEMS OF FLOATING HOUSES IN “PASSIVE HOUSE TECHNOLOGY” 1706 | |
| C Buxbaum, A Seiler, O Pankratz |
| SIMULATION AND RESEARCH ON INDOOR ENVIRONMENT CONTROL MODEBASING ON THERMAL COMFORT A CASE STUDY IN THE AVIATION BUILDING INSANYA AIRPORT | |
| QL Meng, ZL Chen |
| A RSM MODEL FOR THE PREDICTION OF HEAT AND MASS TRANSFER IN AVENTILATED ROOM | |
| F Kuznik, J Brau, G Rusaouen |
| NUMERICAL PREDICTION OF NATURAL CONVECTION OCCURRING INBUILDING COMPONENTS USING LATTICE BOLTZMANN METHOD | |
| F Kuznik, G Krauss, G Rusaouen |
| COMPARISON OF CROWD SIMULATION FOR BUILDING EVACUATION ANDANALTERNATIVE APPROACH | |
| N Pelechano, A Malkawi |
| COMPUTER MODEL OF A UNIVERSITY BUILDING USING THE ENERGYPLUSPROGRA 1522 | |
| D Monfet, R Zmeureanu, R Charneux, N Lemire |
| ANALYSIS OF BUILDING ENERGY EFFICIENCY STRATEGIES FOR THE HOTSUMMER AND COLD WINTER ZONE IN CHINA | |
| DM Xie, GQ Zhang, J Zhou, Q Zhang |
| COUPLED ANALYTICAL TOOL OF VENTILATION CALCULATION AND CFD INANNEXATION SYSTEM OF COOL/HEAT TUBE AND NATURAL VENTILATION | |
| S Pan, H Yoshida, MJ Zheng |
| A STUDY OF OPTIMAL ARRANGE OF VENT IN A SUBWAY STATION | |
| W Zhong, HB Wang, W Peng |
| THE PERFORMANCE ANALYSIS OF NATURAL VENTILATION FOR BUILDINGCOOLING IN CHANGSHA CITY, CHINA | |
| JS Wu, Y Xu, JL Zhou, GQ Zhang |
| SIMULATION OF ENERGY MANAGEMENT SYSTEMS IN ENERGYPLUS | |
| PG Ellis, PA Torcellini, DB Crawley |
| THE INFLUENCES OF MOVING HUMAN IN A VENTILATION ROOM | |
| TF Deng, Q Zhang, GQ Zhang |
| PREDICTION OF ENERGY EFFICIENCY AND THERMAL ENVIRONMENT OFRESIDENTIAL BUILDINGS UTILIZING PEFC-CGS COMBINED FLOOR HEATINGSYSTEM | |
| N Ayagaki, A Ozaki, H Takaguchi, H Kuroki, T Watanabe |
| THE UTILIZATION OF GSHP IN THE YANGTZE RIVER AREA | |
| JB Chen, JG Peng, GQ Zhang, J Zhou |
| THE HEAT TRANSFER SIMULATION FOR THERMAL BRIDGE EFFECT OF THECORNER WALLS OF BUILDING ACCORDING TO THERMAL CONDITION | |
| YS Jeong, GS Choi, KW Kim, SE Lee |
| INTEGRATION OF A MULTIZONE AIRFLOW MODEL INTO A THERMALSIMULATION PROGRAM | |
| RL Jensen, K Grau, PK Heiselberg |
| PREDICTION OF AIR QUALITY CONSIDERING THE CONCEALED AIR LEAKS OFHOUSES . 870 | |
| M Hayashi, H Osawa, Y Honma, M Matsui |
| EVALUATION ON THERMAL PERFORMANCE COMBINED WITH MEASUREMENTAND SIMULATION FOR DEVELOPMENT OF ON-SITE EVALUATION METHOD | |
| GS Choi, KW Kim, JS Kang, SE Lee |
| PRESSURE COEFFICIENT SIMULATED BY CFD FOR WIND-DRIVENVENTILATION ANALYSIS | |
| D Cóstola, M Alucci |
| AN INTEGRATED ADAPTIVE MODEL FOR OVERHEATING RISK PREDICTION 745 | |
| D Robinson, F Haldi |
| APPLICATION OF THE EXERGY CONCEPT TO DESIGN EFFICIENT MECHANICALEXHAUST VENTILATION SYSTEMS | |
| P Sakulpipatsin, J Cauberg, HJ van der Kooi, L Itard |
| A ZONAL APPROACH FOR MODELING STRATIFIED SOLAR TANKS | |
| D Blandin, D Caccavelli, G Krauss, H Bouia |
| THERMAL ENVIRONMENT OF OUTDOOR UNITS OF VRV SYSTEM IN HIGH-RISEBUILDING | |
| G Wang, YF Hu, ST Hu |
| DYNAMIC SIMULATION OF BLIND CONTROL STRATEGIES FORVISUALCOMFORT AND ENERGY BALANCE ANALYSIS | |
| J Wienold |
| THE EMPIRICAL VALIDATION OF A MODEL FOR SMALLSCALEFUELCELLCOGENERATION SYSTEMS | |
| I Beausoleil-Morrison |
| DAYLIGHT1-2-3 – A STATE-OF-THE-ART DAYLIGHTING/ENERGY ANALYSISSOFTWARE FOR INITIAL DESIGN INVESTIGATIONS | |
| C Reinhart, D Bourgeois, F Dubrous, A Laouadi, P Lopez, O Stelescu |
| THERMAL PERFORMANCE SIMULATION FROM AN ARCHITECTURAL DESIGNVIEWPOINT 87 | |
| CB de Souza, I Knight |
| UTILIZING BUILDING ENERGY SIMULATION TO IMPROVE PROCESS LOADHEAT RECLAMATION FOR A MULTI-SPORT ATHLETICS VENUE | |
| J Good, B Debruyn, D Whitehead |
| VALIDATION OF A FULLY-MIXED MODEL FOR SIMULATING GAS-FIRED WATERSTORAGE TANKS | |
| WM Wang, I Beausoleil-Morrison, M Thomas, A Fergus |
| IDENTIFY CONTAMINANT SOURCES IN AIRLINER CABINS BY INVERSEMODELING OF CFD WITH INFORMATION FROM A SENSOR | |
| TF Zhang, QY Chen |
| IMPROVING NATURAL LIGHT IN CLASSROOM SPACES WITH LOCAL TREESSIMULATION ANALYSIS UNDER THE DESERT CONDITIONS OF THE UAE | |
| KA Al-Sallal, L Ahmed |
| MULTI-PURPOSE EVALUATION OF URBAN ENERGY SYSTEM BY A SIMULATIONMODEL | |
| S Hashimoto, Y Yamaguchi, Y Shimoda, M Mizuno |
| EFFECTIVENESS OF ENERGY CONSERVATION MEASURES IN RESIDENTIALSECTOR OF JAPANESE CITIES | |
| A Taniguchi, Y Shimoda, T Asahi, Y Yamaguchi, M Mizuno |
| ANALYSIS OF THE POTENTIAL OF USING PHOTOVOLTAIC AND WIND-TURBINEENERGY SYSTEMS IN THE CANADIAN RESIDENTIAL SECTOR | |
| AM Syed, AS Fung, VI Ugursal |
| SIMULATIONS AS THE WAY OF BRIDGING THE GAPS BETWEEN DESIRED ANDACTUAL HYGROTHERMAL PERFORMANCE OF BUILDINGS | |
| AS Kalagasidis |
| A COMPARATIVE STUDY OF THE IFC AND GBXML INFORMATIONALINFRASTRUCTURES FOR DATA EXCHANGE IN COMPUTATIONAL DESIGN SUPPORTENVIRONMENTS | |
| B Dong, KP Lam, YC Huang, GM Dobbs |
| A STATISTICAL METHOD TO IMPROVE THE ENERGY EFFICIENCY OF AN OFFICEBUILDING | |
| F Chlela, A Husaunndee, P Riederer, C Inard |
| THE FEASIBILITY OF INTERNAL COMBUSTION ENGINE BASEDCOGENERATION IN RESIDENTIAL APPLICATIONS | |
| CD Aussant, AS Fung, VI Ugursal |
| UTILIZING HIGH PERFORMANCE SUPERCOMPUTING FACILITIES FORINTERACTIVE THERMAL COMFORT ASSESSMENT | |
| C van Treeck, P Wenisch, A Borrmann, M Pfaffinger, N Cenic, E Rank |
| MONITORING AND EVALUATION OF NIGHT-TIME VENTILATION AND RADIANTCOOLING CONCEPTS APPLIED TO LOW ENERGY OFFICEBUILDINGS | |
| D Kalz, J Pfafferott, F Kagerer |
| AIRFLOW AND TEMPERATURE FIELD CALCULATIONS FOR WINTER SPORTSFACILITI 1041 | |
| A Frisque |
| EFFECTS OF GROUNDWATER FLOW DIRECTION ON PERFORMANCE OFGROUND HEAT EXCHANGER BOREFIELD IN GEOTHERMAL HEAT PUMP SYSTEMSUSING 3-D FINITE DIFFERENCE METHOD | |
| CK Lee, HN Lam |
| AN INNOVATIVE FLOOR HEATING APPLICATION – TRANSFER OF EXCESS HEATBETWEEN TWO BUILDING ZONES | |
| H Karlsson |
| MODELLING COOLING DEMANDS IN UK OFFICE BUILDINGS THE IMPACT OFUSING 3 DIFFERENT STRATEGIES TO ASSESS INTERNAL GAINS | |
| I Knight, CB de Souza |
| SIMULATIONS OF LOW-ENERGY BUILDING IN EUROPEAN PROJECTANEXAMPLE IN LYON, FRANCE | |
| C Menezo, C Juncker, J Brau |
| STOCHASTIC SIMULATION OF OCCUPANT PRESENCE AND BEHAVIOUR INBUILDING 757 | |
| J Page, D Robinson, J Scartezzini |
| SIMULATION AND ANALYSIS OF THE ENERGY PERFORMANCE OF AN OFFICEBUILDING LOCATED IN RIO DE JANEIRO – BRAZIL – | |
| J Aguiar, FS Midão, VG Almeida, AN Vallim, M Carvalho |
| MULTICRITERION EVALUATION OF AN INTEGRATED SUSTAINABLEHEATING/COOLING SYSTEM IN CLIMATE CONDITIONS OF CENTRAL EUROPE | |
| K Kabele, P Dvoráková |
| A SIMPLIFIED HOT WATER DISTRIBUTION SYSTEM MODEL | |
| LX Gu |
| AIRFLOW NETWORK MODELING IN ENERGYPLUS | |
| LX Gu |
| HYDRONIC RADIANT FLOOR FOR HEATING AND COOLING COUPLED WITH ANUNDERGROUND HEAT EXCHANGER MODELING APPROACH AND RESULTS | |
| R Zmeureanu, J Brau |
| DELIVERING BUILDING SIMULATION INFORMATION VIA NEWCOMMUNICATION MEDIA | |
| L Prazeres, J Clarke, J Hand, J Kim |
| EFFECT OF NATURAL VENTILATION AND WIND DIRECTION ON THE THERMALPERFORMANCE OF A BUILDING CEILING | |
| AA Ali, GN Milad, HM Ali |
| DOUBLE SKIN FAÇADES – CAVITY AND EXTERIOR OPENINGS DIMENSIONSFOR SAVING ENERGY ON MEDITERRANEAN CLIMATE | |
| M Torres, P Alavedra, A Guzmán, E Cuerva, C Planas, R Clemente, V Escalona |
| COMPUTATIONAL APPROACH FOR DETERMINING THE DIRECTIONALITY OFLIGHT DIRECTIONAL-TO-DIFFUSE RATIO | |
| M Inanici |
| APPLICATION OF MODELING AND SIMULATION IN FAULT DETECTION ANDDIAGNOSIS OF HVAC SYSTEMS | |
| LL Lan, YM Chen |
| THE DEVELOPMENT OF INTEGRATED BASED-SIMULATION DESIGN SUPPORTSYSTEM . 1734 | |
| M Kassab, T Lee |
| NUMERICAL SIMULATION OF THERMAL COMFORT DEGREE IN RADIANTFLOOR COOLING ROOM | |
| YL Ren, DY Li, YF Zhang |
| PERFORMANCE ASSESSMENT OF RESIDENTIAL COGENERATION SYSTEMS INCANADA USING A WHOLE-BUILDING SIMULATION APPROACH | |
| H Ribberink, D Bourgeois, I Beausoleil-Morrison, A Ferguson |
| PLANT OPTIMIZATION PROGRAM (POP) AND ITS APPLICATION IN RATE MODELFOR A LARGE DISTRICT ENERGY AND COMBINED HEAT AND POWER SYSTEM | |
| Q Chen, C Xu, D Claridge, D Turner, S Deng |
| ON SUPPORTING DESIGN DECISIONS IN CONCEPTUAL DESIGN ADDRESSINGSPECIFICATION UNCERTAINTIES USING PERFORMANCE SIMULATION | |
| C Struck, J Hensen |
| EVALUATION ON ENERGY EFFICIENCY OF WINDOWSIN DIFFERENT CLIMATEZONES OF CHINA | |
| SS Fang, YM Chen |
| HYGROTHERMAL ANALYSIS ON THE USE OF INTERNAL THERMALINSULATION SYSTEMS IN PORTUGUESE RESIDENTIAL BUILDINGS | |
| T Ferreira, M Corvacho |
| DYNAMIC SIMULATION REGARDING THE CONDENSATION RISK ON ACOOLING CEILING INSTALLED IN AN OFFICE ROOM | |
| T Catalina, J Virgone |
| DYNAMIC THERMAL BUILDING ANALYSIS WITH CFD – MODELLINGRADIATION. 31 | |
| T Zitzmann, P Pfrommer, MJ Cook |
| A NEW SIMULATION SYSTEM TO PREDICT HUMAN-ENVIRONMENT THERMALINTERACTIONS IN NATURALLY VENTILATED BUILDINGS | |
| T Yang, PC Cropper, MJ Cook, R Yousaf, D Fiala |
| AN INVESTIGATION INTO THE EFFECT OF VENTILATED DOUBLE-SKIN FACADEWITH VENETIAN BLINDSGLOBAL SIMULATION AND ASSESSMENT OF ENERGYPE 127 | |
| V Gavan, M Woloszyn, JJ Roux, C Muresan, N Safer |
| USING ENERGY SIMULATION TO OPERATIVE TEMPERATURE EVALUATION 878 | |
| V Zmrhal, F Drkal |
| SHORT-TERM PREDICTION OF WEATHER PARAMETERS USING ONLINEWEATHER FORECASTS | |
| Y Zhang, VI Hanby |
| ALL YEAR HEATING AND COOLING LOAD ANALYSIS FOR SMALL HOTELBUILDINGS IN GUIYANG CITY CHINA | |
| YL Yang, BZ Li, RM Yao |
| SENSOR-BASED INFORMATION MODELING FOR LIFE CYCLE COMMISSIONINGOF RESIDENTIAL BUILDINGS | |
| Y Chiou, KP Lam |
| NEW EPBD RELATED EUROPEAN STANDARDS AND THEIR RELATION TOBUILDING AND HVAC SYSTEM SIMULATION | |
| G Zweifel |
| CFD SIMULATION OF A NOVEL VENTILATION SYSTEM OF SUBWAY STATION INHARBIN | |
| XY Guan, YQ Jiang, Y Yao |
| DEVELOPMENT OF APPROACH TO OPTIMIZATION OF BUILDING ENVELOPEDESIGN IN ASPECT OF THERMAL COMFORT AND ENERGY USE | |
| RL Hwang, FS Tsai |
| RELATIONSHIP BETWEEN ACCURACY OF HEAT CONDUCTION CALCULATIONAND MATERIAL PROPERTIES OF BUILDING SLABS | |
| XQ Li, YM Chen, JD Spitler, D Fisher |
| NUMERICAL SIMULATION AND STRUCTURE IMPROVEMENT ON CYCLONEPURIFIER FOR FRESH AIR TREATING | |
| SH Xu, ML Zhou, FH Duan |
| CREATING WEATHER FILES FOR CLIMATE CHANGE AND URBANIZATIONIMPACTS ANALYSIS | |
| DB Crawley |
| NATURAL CONVECTION HEAT TRANSFER WITHIN VERTICALLY ECCENTRICDOMED SKYLIGHTS CAVITIES | |
| A Sartipi, A Laouadi, D Naylor, R Dhib |
| NUMERICAL EVALUATION ON FLOOR COOLING CAPACITY IN AN AIRPORT 1785 | |
| B Yu, JP Ruchti, PG Luscuere |
| ACOUSTICS OF ATRIA CONTRASTING MEASUREMENT AND MODELINGRESULTS | |
| A Mahdavi, J Pak, J Lechleitner |
| THE DAYLIGHT COEFFICIENT METHOD AND COMPLEX FENESTRATION | |
| A Laouadi, CF Reinhart, D Bourgeois |
| A NEW MODEL TO CALCULATE THE DRYING OF CONCRETE | |
| J Arfvidsson, G Hedenblad |
| ANALYZING TRADITIONAL BUILDINGS VIA EMPIRICALLYCALIBRATEDBUILDING PERFORMANCE MODELS | |
| A Mahdavi, K Orehounig, N Mikats, L Lambev, A El-Habashi |
| USER CONTROL OF INDOOR-ENVIRONMENTAL CONDITIONS IN BUILDINGSAN EMPIRICAL CASE STUDY | |
| L Lambeva, A Mahdavi |
| TESTING THE ACCURACY OF SYNTHETICALLY-GENERATED WEATHER DATAFOR DRIVING BUILDING ENERGY SIMULATION MODELS | |
| LO Degelman |
| PREDICTION ABOUT PROGRESS IN PERFORMANCE OF DISTRICT HEATINGANDCOOLING SYSTEM USING COMBINED HEAT AND POWER | |
| R Kubara, Y Shimoda, T Nagota, N Isayama, M Mizuno |
| TOWARDS A DIGITAL REPRESENTATION OF PHYSICAL PHENOMENA TO ASSESSCOMFORT IN FUTURE ENVIRONMENTS | |
| DA Schwede |
| ESTIMATING THE IMPACTS OF CLIMATE CHANGE AND URBANIZATION ONBUILDING PERFORMANCE | |
| DB Crawley |
| MODELING HUMAN EXPOSURE TO PARTICLES IN INDOOR ENVIRONMENTSUSING A DRIFT-FLUX MODEL | |
| NP Gao, JL Niu |
| MULTIZONE BUILDING WITH VAV AIR-CONDITIONING SYSTEM SIMULATIONFOR EVALUATION AND TEST OF CONTROL SYSTEMS | |
| TY Gao, B Schumacher, W Hegetschweiler, M Gwerder |
| HYDRAULIC MODELING OF LARGE DISTRICT ENERGY SYSTEMS FORPLANNING PURPOSES | |
| C Xu, Q Chen, D Claridge, D Turner, S Deng |
| NUMERICAL STUDY OF CIRCULAR JET DIFFUSER FOR TASK VENTILATION OFUNDER-FLOOR AIR SUPPLY SYSTEM IN TROPICS | |
| B Yang, SC Sekhar |
| A LUMPED MODEL OF DOUBLE SKIN FACADE WITH CAVITY SHADING | |
| Y Yuan, JL Zeng, YX Zhu, BR Lin |
| COOLING EFFECTS OF WATERWAYS ON THERMAL COMFORT IN URBANDISTRICTS DURING SUMMER | |
| N Umemiya, M Kawamoto, R Okura, T Tanaka |
| UNCERTAINTY AND SENSITIVITY ANALYSIS FOR DETAILED DESIGN SUPPORT 1799 | |
| C Hopfe, J Hensen, W Plokker |
| INFLUENCE ANALYSIS OF NEUTRAL PLANE ON VENTILATION IN WORKSHOP 1048 | |
| QH Luo, ZH Liu, GF Tang |
| HOW DO PEOPLE INTERACT WITH BUILDINGS`ENVIRONMENTAL SYSTEMS?AN EMPRICAL CASE STUDY OF AN OFFICE BUILDING | |
| E Kabir, A Mohammadi, A Mahdavi, C Pröglhöf |
| MODELING USER CONTROL OF LIGHTING AND SHADING DEVICES IN OFFICEBUILDINGS AN EMPIRICAL CASE STUDY | |
| A Mohammadi, E Kabir, A Mahdavi, C Pröglhöf |
| RESPONSE OF CONTAMINANT DETECTION SENSORS AND SENSOR SYSTEMS INA COMMERCIAL AIRCRAFT CABIN | |
| S Mazumdar, QY Chen |
| USE OF SIMULATION TOOLS FOR MANAGING BUILDINGS ENERGY DEMAND 1883 | |
| AH Neto, F Fiorelli |
| HYDRAULICS, PERFORMANCE AND COMFORT OF GROUND COUPLEDHEATING-COOLING SYSTEMS | |
| R Dott, C Wemhöner, T Afjei |
| CALIBRATED SKY LUMINANCE MAPS FOR ADVANCED DAYLIGHTSIMULATION APPLICATIONS | |
| B Spasojevic, A Mahdavi |
| INCORPORATING SIMULATION INTO BUILDING SYSTEMS CONTROL LOGIC 1175 | |
| A Mahdavi, B Spasojevic |
| DEVELOPMENT AND APPLICATION OF TEST CASES FOR COMPARINGVERTICAL GROUND HEAT EXCHANGER MODELS | |
| M Bernier, M Kummert, S Bertagnolio |
| SIMULATING LIFE CYCLE COST FOR INDOOR CLIMATE SYSTEMS | |
| D Johansson |
| COMPARISON OF CO-SIMULATION APPROACHES FOR BUILDING AND HVAC/RSYSTEM SIMULATION | |
| M Trcka, M Wetter, J Hensen |
| UNCERTAINTY ANALYSIS FOR BUILDING PERFORMANCE SIMULATION –ACOMPARISON OF FOUR TOOLS | |
| C Hopfe, C Struck, P Kotek, J van Schijndel, J Hensen, W Plokker |
| ADVANCED ZONE SIMULATION IN ENERGYPLUS INCORPORATION OFVARIABLE PROPERTIES AND PHASE CHANGE MATERIAL (PCM) CAPABILITY | |
| CO Pedersen |
| VISION-BASED LOCATION SENSING AND SELF-UPDATING INFORMATIONMODELS FOR SIMULATION-BASED BUILDING CONTROL STRATEGIES | |
| A Mahdavi, O Icoglu, S Camara |
| NUMERICAL SIMULATION OF THE IMPACT OF VENTILATION MODE ONSUBWAY PLATFORM AIR DISTRIBUTION | |
| H Yang, J Li, LX Yang, P Huang |
| THE ROLE OF DSM+C TO FACILITATE THE INTEGRATION OF RENEWABLEENERGY AND LOW CARBON ENERGY TECHNOLOGIES WITHIN BUILDINGS | |
| J Clarke, J Hong, CM Johnstone, NJ Kelly |
| SENSITIVITY STUDIES ON ELEMENTS OF METEOROLOGICAL DATA FORBUILDING ENERGY SIMULATION IN CHINA | |
| QL Gao, JP Liu, L Yang |
| MULTIVARIATE PREDICTIVE WINDOW BLIND CONTROL MODELS FORINTELLIGENT BUILDING FAÇADE SYSTEMS | |
| V Inkarojrit |
| BUILDING REGULATION AND THERMAL COMFORT THE OPENING TYPOLOGYINFLUENCE ON NATURAL COOLING INSIDE OFFICE BUILDINGS IN MACEIÓ | |
| C Cândido, L Bittencourt, A Sacramento |
| MODELLING AND MONITORING SUMMER PERFORMANCE OF BEAUFORTCOURT | |
| F Wang, R Bridle |
| INDOOR HUMIDITY INFLUENCED BY THE STACK EFFECT INHIGH-RISERESIDENTIAL BUILDINGS | |
| BS Kim, S Park, J Lee, T Lim |
| INFLUENCE ANALYSIS OF STACK EFFECT ON ODOR DISPERSION FROM UNITTO CORE IN THE HIGH-RISE RESIDENTIAL BUILDINGS | |
| H Suh, BS Kim, T Kim, J Lim |
| SIMULATION AS A TOOL TO DEVELOP GUIDELINES FOR THE DESIGN OFSCHOOL SCHEMES FOR FOUR CLIMATIC REGIONS OF TURKIYE | |
| GU Harputlugil, J Hensen, P de Wilde |
| EFFECTS OF TREES ON THE ROOM TEMPERATURE AND HEAT LOAD OFRESIDENTIAL BUILDING | |
| Y Higuchi, M Udagawa |
| THE EFFECT OF WINDOW POSITION AND WINDOW SIZE ON THE ENERGYDEMAND FOR HEATING, COOLING AND ELECTRIC LIGHTING | |
| R Bokel |
| A STUDY ON THERMAL PERFORMANCE OF HEAT STORAGESYSTEMCONNECTED WITH HEAT PUMP FOR RESIDENTIAL HOUSES | |
| K Fujita, A Iwamae, T Matsushita |
| COMFORT DRIVEN ADAPTIVE WINDOW OPENING BEHAVIOR ANDTHEINFLUENCE OF BUILDING DESIGN | |
| P Tuohy, HB Rijal, MA Humphreys, JF Nicol, A Samue, J Clarke |
| BUSINESS SUCCESS THROUGH PROCESS BASED APPLICATION OF SIMULATION 1740 | |
| L Mcelroy, J Cockroft, J Hand |
| A COMPUTER SYSTEM FOR MULTI-CRITERIA COMPARATIVE EVALUATION OFBUILDING ENVELOPES | |
| I Gololov, A Yezioro |
| OPTIMIZATION FOR ENHANCING COLLABORATIVE DESIGN | |
| T Bleiberg, E Shaviv |
| QUANTIFYING THE PERFORMANCE OF NATURAL VENTILATION | |
| IA Macdonald, JT Reardon |
| SIMULATION-BASED PERFORMANCE ASSESSMENT OF SLIT-TYPEVENTILATION SYSTEM FOR DOMESTIC BUILDINGS IN KOREA | |
| I Yook, D Kim, Y Jung, J Kang, S Lee, J Kim |
| DEVELOPMENT OF HVAC SYSTEM SIMULATION TOOL FOR LIFE CYCLEENERGY MANAGEMENTPART 1 OUTLINE OF THE DEVELOPED SIMULATION TOOLFOR LIFE CYCLE ENERGY MANAGEMENT | |
| M Ito, S Murakami, T Nobe, Y Sakamoto, M Okumiya, H Niwa, S Tokita, K Matsunawa, YSuigihara , M Sato, Y Murayama, T Shiboi, T Ichikawa, Y Furuta, A Funatani, J Hamane, RMuranishi , T Kusafuka |
| THE LIFECYCLE COSTING SIMULATION FOR BUILDING CONSTRUCTION ANDMAINTENANCE IN ND MODELLING | |
| CF Fu, J Tah, G Aouad |
| DEVELOPMENT OF HVAC SYSTEM SIMULATION TOOL FOR LIFE CYCLEENERGY MANAGEMENTPART 2 DEVELOPMENT OF COMPONENT MODELS FORHVAC EQUIPMENTS | |
| Y Sugihara, H Niwa, M Ito, S Tokita, H Tanaka, T Watanabe, M Yoshinaga, K Miura, H Komoda, Y Miyajima, T Yasutomo, H Yamaguchi |
| DEVELOPMENT OF HVAC SYSTEM SIMULATION TOOL FOR LIFE CYCLEENERGY MANAGEMENTPART 3CASE STUDIES USING DEVELOPED TOOL ON EACHPHASE OF LIFE CYCLE | |
| M Okumiya, H Niwa, Y Sugihara, M Itou, M Yoshinaga, T Yanai, K Shibata, K Kamitani, S Tokita, T Fujikake, G Yoon |
| A STUDY ON HUMIDITY DISTRIBUTION IN A ROOM | |
| A Iwamae |
| CHANGES OF THE MICRO-CLIMATE AND BUILDING COOLING LOADDUE TOTHE GREEN EFFECT OF A RESTORED STREAM IN SEOUL, KOREA | |
| S Han, S Mun, J Huh |
| OPTIMIZATION OF THE OPERATION OF AN AIR-CONDITIONING SYSTEM BYMEANS OF A DISTRIBUTED CONTROL SYSTEM | |
| AP Batista, M de Almeida Freitas, EC Martins, FG Jota |
| EFFECTS OF WEATHERS AND INDOOR TEMPERATURES ON PERFORMANCE OFENERGY RECOVERY VENTILATOR | |
| YP Zhou, JY Wu, RZ Wang |
| DEVELOPMENT OF SUPPORT TOOL FOR OUTDOOR THERMALENVIRONMENTAL DESIGN OF URBAN/BUILDING USING NUMERICAL ANALYSIS 1813 | |
| K Nakaohkubo, A Hoyano, T Asawa |
| ABSORPTION OF SOLAR RADIATION IN THICK AND MULTILAYERED GLAZING 238 | |
| C Sstrobel, MO Abadie, N Mendes |
| NUMERICAL SIMULATION AND EXPERIMENT RESEARCH OF AIRORGANIZATION IN AIR-CONDITIONED PASSENGER CAR | |
| DC Zhang, PF Weng |
| OPTIMAL DESIGN METHOD FOR BUILDINGS & URBAN ENERGY SYSTEMSUSING GENETIC ALGORITHMS | |
| R Ooka, K Komamura |
| COMPARING ENVIRONMENTAL IMPACTS FROM ENERGY AND MATERIALSEMBODIED IN BUILDINGS AND USED DURING THEIR SERVICE LIFE. | |
| L Itard |
| DESIGNING FOR PERFORMANCE A CASE STUDY IN THE APPLIED SCIENCE OFAN ENVIRONMENTALLY RESPONSIVE HIGH-RISE DESIGN | |
| J Boyer, A Dang |
| PREHEATING OF SUPPLY AIR THROUGH AN EARTH TO AIR HEAT EXCHANGERCOUPLED WITH A SOLAR CHIMNEY | |
| JC da Silva |
| NATIONAL CALCULATION TOOL FOR EPBD ENERGY PERFORMANCECE 1903 | |
| K Kabele, M Urban, D Adamovský, M Kabrhel, R Musil |
| TECHNIQUE OF UNCERTAINTY AND SENSITIVITY ANALYSIS FORSUSTAINABLE BUILDING ENERGY SYSTEMS PERFORMANCE CALCULATIONS | |
| P Kotek, F Jordán, K Kabele, J Hensen |
| TRANSITIONAL SPACES IN SÃO PAULO, BRAZIL MATHEMATICAL MODELINGAND EMPIRICAL CALIBRATION FOR THERMAL COMFORT ASSESSMENT | |
| LM Monteiro, MP Alucci |
| APPLICATION OF A WHOLE ROOM INDOOR AIR QUALITY (IAQ) MODEL | |
| F Li, JL Niu |
| HUMAN HEALTH DAMAGES DUE TO INDOOR SOURCES OF RADON IN LIFECYCLE ASSESSMENT OF DWELLINGS | |
| A Meijer |
| ENERGY SAVING ANALYSIS OF PRESSURE DIFFERENCE CONTROLOFFREQUENCY CONVERSION VARIABLE WATER FLOW SYSTEM | |
| XY Wu, CZ Yang, DS Wu, F Zhan |
| BUILDING DESIGN FOR HOT AND HUMID CLIMATES – IMPLICATIONS ONTHERMAL COMFORT AND ENERGY EFFICIENCY | |
| M Piechowski, A Rowe |
| THE ANALYSIS OF A THERMAL STORAGE SYSTEM UTILIZING BUILDING MASSIN A COLD REGION | |
| K Miura |
| FACES (FORECASTS OF AIR-CONDITIONING SYSTEM’S ENERGY,ENVIRONMENTAL, AND ECONOMICAL PERFORMANCE BY SIMULATION) | |
| F Sakurai, T Inooka, R Yanagihara, E Higashizawa, J Hamane, T Fujii, H Nishihata, H Hayashi, FArizumi , H Ninomiya, K Koike, N Shinohara |
| POTENTIAL OF BURIED PIPES SYSTEMS AND DERIVED TECHNIQUES FORPASSIVE COOLING OF BUILDINGS IN BRAZILIAN CLIMATES | |
| P Hollmuller, J Carlo, M Ordenes, F Westphal, R Lamberts |
| BSOL A STRAIGHTFORWARD APPROACH TO OPTIMIZE BUILDING COMFORTAND ENERGY CONSUMPTION IN EARLY DESIGN PROCESS. | |
| M Bonvin, G Morand, P Seppey |
| ENERGY INDEX EVALUATION OF BUILDINGS IN FUNCTION OF THE EXTERNALT 1890 | |
| RP Papa, P Jota, ES Assis |
| THE ESTABLISHMENT OF A SIMULATION CAPABILITY TO SUPPORT THEENGLAND AND WALES BUILDING REGULATIONS 2006 | |
| R Raslan, M Davies, T Oreszczyn |
| ESTIMATION AND EVALUATION OF BUILDING CO2 EMISSIONAT KYUSHUUNIVERSITY, NEW CAMPUS | |
| S Tabata, Y Akashi, Y Lee |
| A METHOD FOR REVISING TEMPERATURE AND HUMIDITY PREDICTION USINGADDITIONAL OBSERVATIONS AND WEATHER FORECASTS | |
| T Nagai |
| DEVELOPMENT OF FAST CALCULATION METHOD FOR AMMONIAREFRIGERATION CYCLE AND PARAMETER ADJUSTMENT WITH GENETICALGORI 596 | |
| E Togashi, S Tanabe, T Ataku |
| BUILDING ENERGY PERFORMANCE ASSESSMENT THROUGH SIMPLIFIEDMODELS APPLICATION OF THE ISO 13790 QUASI-STEADY STATE METHOD | |
| V Corrado, HE Mechri, E Fabrizio |
| SIMULATION OF A NEW TYPE GAS-FIRED AIR-COOLED AIR-CONDITIONER . 637 | |
| L Wang, X Xu, AH Ma, YH Guo, XW Zhou |
| CFD SIMULATION OF INTER-FLAT AIR CROSS-CONTAMINATION—A POSSIBLETRANSMISSION PATH OF INFECTIOUS DISEASES | |
| XP Liu, JL Niu, NP Gao, M Perino, P Heiselberg |
| DEVELOPING WEB-SERVICES FOR DISTRIBUTED CONTROL AND BUILDINGPERFORMANCE SIMULATION USING RUN-TIME COUPLING | |
| A Yahiaoui, J Hensen, L Soethout, D van Paassen |
| STUDY OF COOLING SYSTEM WITH WATER MIST SPRAYERS?FUNDAMENTALEXAMINATION OF PARTICLE SIZE DISTRIBUTION AND COOLING EFFECTS ? | |
| Y Hideki, Y Gyuyoug, O Masaya, O Hiroyasu |
| NUMERICAL VALUE RESEARCH ON BAKE-OUT TECHNOLOGY WITH DILUTIONVENTILATION FOR BUILDING MATERIALS | |
| Y Lu, J Liu, BN Lu, AX Jiang, JR Zhang, B Xie, J Li, L Zhang |
| SIMULATION SUPPORT IN DESIGNING THE TRANSFORMATION OF URBANBUILDING STOCK AND ENERGY INFRASTRUCTURE | |
| Y Yamaguchi, Y Shimoda, M Mizuno |
| EFFECT OF TELECOMMUTING ON ENERGY CONSUMPTION IN RESIDENTIALAND NON-RESIDENTIAL SECTORS | |
| Y Shimoda, Y Yamaguchi, K Kawamoto, J Ueshige, Y Iwai, M Mizuno |
| SIMULATION AND ANALYSIS OF INDOOR GAS LEAKAGE | |
| Y Wu, E Yu, Y Xu |
| PHYSIOLOGICAL AND PSYCHOLOGICAL MODEL OF LOCAL THERMALSENSATION UNDER LOCAL COOLING | |
| YF Zhang, RY Zhao |
| RAINFALL PREDICTIVE MODELS FOR BUILDING SIMULATION I – RAINY TIMEIDE 253 | |
| QL Meng, YF Zhang, ZG Wang |
| RAINFALL PREDICTIVE MODELS FOR BUILDING SIMULATION II –RAINFALLESTIMAT 258 | |
| QL Meng, YF Zhang, ZG Wang |
| PREDICTING NATURAL VENTILATION IN A TWO-ZONE BUILDING DRIVEN BYCOMBINED FORCES | |
| ZW Luo, YG Li |
| INFLUENCE OF SOLAR RADIATION DATA PROCESSING ON BUILDINGSIMULATION RESULTS | |
| G Zweifel, A Zelenka |
| REAL-TIME DETERMINATION OF INDOOR CONTAMINANT SOURCE LOCATIONAND STRENGTH, PART I WITH ONE SENSOR | |
| H Cai, XT Li, WD Long, XB Ma |
| REAL-TIME DETERMINATION OF INDOOR CONTAMINANT SOURCE LOCATIONAND STRENGTH, PART II WITH TWO SENSORS | |
| H Cai, XT Li, WD Long |
| FLUCTUATION OF INDOOR TEMPERATURE CAUSED BY INSUFFICIENTCOOLING SUPPLY COMPUTER SIMULATION AND EXPERIMENTAL STUDY | |
| L Yang, JH Wei, G Wu |
| A MULTI-CRITERIA PERFORMANCE STUDY OF AN INTEGRATEDDEMAND/SUPPLY ENERGY SYSTEM FOR LOW AND ZERO CARBON TECHNOLOGIESWITHIN DOMESTIC BUILDING DESIGN | |
| J Kim, J Clarke, J Hong, C Johnstone, P Strachan, I Hwang, H Lee |
| APPLICATION OF NUMERICAL SIMULATION IN ASSESSMENT OFMICROCLIMATIC CONDITION IN URBAN AREAS | |
| K Klemm |
| THE EFFECT OF EXTERNAL SURFACE PROPERTIESON THE THERMALBEHAVIOUR OF A TRANSPARENTLY INSULATED WALL | |
| D Heim, P Klemm, P Strachan |
| DATA-CENTRIC SIMULATION INTEROPERABILITY USING THE DESTSIMULATION PLATFORM | |
| YK Yi, J Lee, A Malkawi, C Wang, Y Jiang, D Yan |
| BUILDING AN URBAN ENERGY PERFORMANCE FRAMEWORK INTEGRATINGSPATIAL ANALYSIS AND BUILDING SIMULATION TOOLS FOR CAMPUS PLANNING 1839 | |
| KA Tarabieh, A Malkawi |
| TOWARD REAL-TIME INDOOR AIRFLOW SIMULATIONS FOR IMMERSIVEVISUALIZATION USING ADAPTIVE LOCALIZATION METHOD | |
| R Srinivasan, A Malkawi |
| SIMULATION ENHANCED PROTOTYING OF AN EXPERIMENTAL SOLAR HOUSE 1690 | |
| R Choudhary, G Ugenbroe, R Gentry, H Hu |
| THERMAL MODEL OF HUMAN BODY TEMPERATURE REGULATIONCONSIDERING INDIVIDUAL DIFFERENCE | |
| S Takada, H Kobayashi, T Matsushita |
| FEASIBILITY OF CONTROLLED HYBRID VENTILATION IN MID RISEAPARTMENTS IN THE USA | |
| HF Hu, G Augenbroe, R Choudhary |
| SIMULATION OF HEAT FLOW FROM A LINE SOURCE IN SUPPORTOFDEVELOPMENT OF A THERMAL PROBE | |
| P de Wilde, R Griffiths, B Pilkington, S Goodhew |
| FROST DAMAGE OF ROOF TILES IN RELATIVELY WARM AREA IN JAPAN-CONDENSATION ON EXTERNAL SURFACE – | |
| C Iba, S Hokoi |
| REGRESSION ANALYSIS OF ELECTRIC ENERGY CONSUMPTION OFCOMMERCIAL BUILDINGS IN BRAZIL | |
| FS Westphal, R Lamberts |
| METHODOLOGY FOR OPTIMIZING THE OPERATION OF HEATING/COOLINGPLANTS WITH MULTI-HEAT SOURCE EQUIPMENTS USING SIMULATION | |
| FL Wang, H Yoshida, E Ono, H Shingu |
| A WINDOW OPENING ALGORITHM AND UK OFFICE TEMPERATURE FIELDRESULTS AND THERMAL SIMULATION | |
| HB Rijal, P Tuohy, F Nicol, MA Humphreys, J Clarke |
| APPLICATION OF PROBABILISTIC SIMULATION AND BAYESIAN DECISIONTHEORY IN THE SELECTION OF MOLD REMEDIATION ACTIONS | |
| HJ Moon, G Augenbroe |
| BUILDING SIMULATION 2007 THE STUDY ON THE SIMPLE HVAC INTERFACEOF ENERGYPLUS IN CHINESE | |
| JJ Liu, WS Li, XJ Zhou |
| USING SIMULATION SOFTWARE CALIBRATION TESTS AS A CONSUMERGUIDE –A FEASIBILITY STUDY USING LIGHTING SIMULATION SOFTWARE | |
| M Donn, D Xu, D Harrison, F Maamari |
| DAYLIGHT SIMULATION FOR CODE COMPLIANCE CREATING A DECISIONTOOL | |
| K Stewart, M Donn |
| THE BUILDING CONTROLS VIRTUAL TEST BED – A SIMULATIONENVIRONMENT FOR DEVELOPING AND TESTING CONTROL ALGORITHMS,STRATEGIES AND SYSTEMS | |
| P Haves, P Xu |
| IMPACT OF THE U.S. NATIONAL BUILDING INFORMATION MODEL STANDARD(NBIMS) ON BUILDING ENERGY PERFORMANCE SIMULATION | |
| V Bazjanac |
| HEURISTIC USE OF ENERGY SIMULATIONS IN BUILDING DESIGN | |
| YC Huang, CQ Zhai, KP Lam |
| CFD MODELLING OF DOUBLE-SKIN FAÇADES WITH VENETIAN BLINDS | |
| Y Ji, MJ Cook, VI Hanby, DG Infield, DL Loveday, L Mei |
| COMFORT MODEL FOR LOCAL COOLING | |
| YF Zhang, RY Zhao |
| NUMERICAL METHOD FOR CALCULATINGVIEW FACTOR BETWEEN TWOSURFACES. 269 | |
| LD de Carvalho Augusto, B Giacomet, N Mendes |
| DEVELOPING COMPUTATIONAL FLUID DYNAMICS CONDITIONS FOR URBANNATURAL VENTILAITON STUDY | |
| JQ Li, IC Ward |
| DAYLIGHTING AND LIGHTING SAVING ANALYSIS OF OFFICE BUILDINGS INNORTH CHINA | |
| HB Chen, DY Li, ZY Shao, KT Chan |
| ENERGY BASED DECISION SUPPORT SYSTEM FOR FACILITIES MANAGEMENTINTEGRATION OF DATA/WEB MINING, KNOWLEDGE BASE AND THERMALSIMULATION | |
| A Malkawi, R Srinivasan |
| A SIMULATION OF DAYLIGHT LEVELS FOR THE DETERMINATION OF VISUALCOMFORT IN LARGE SPACES | |
| M Angelo, M Daniele, P Salvatore |
| THE POWERDOMUS ENVIRONMENT FOR SIMULATING HVAC SYSTEMS | |
| N Mendes, RM Barbosa, R Oliveira, BL Reis |
| DEVELOPMENT OF NEW FACADES BY COMBINED MODELING OF THERMALSOUND AND VENTILATION ASPECTS AT EARLY DESIGN PHASES | |
| R Lorenz |
| ENERGY EVALUATION FOR PERSONAL AIR-CONDITIONING SYSTEM IN AGENERAL MULTI -BED PATIENT’S ROOM | |
| H Tanaka, GH Xu, Y Hasegawa, G Yoon, M Okumiya |
| BENEFITS OF BIM IN THE THERMAL PERFORMANCE MANAGEMENT | |
| T Laine, R Hänninen, A Karola |
| COMPARISON OF THREE IAQ CALCULATION METHODS | |
| C Muller, WBM Stanley |
| THE EFFECTS OF LEAKAGES IN ROOFS WITH VENTILATEDAIR LAYERS – A CFDAPPRO 1748 | |
| Z Svoboda |
| STUDY ON THE AIR MOVEMENT CHARACTER IN SOLAR WALL SYSTEM | |
| Y Li, X Duanmu, Y Sun, J Li, H Jia |
| SIMULATION-BASED METHOD TO ASSESS BUILDING ENERGY CONSUMPTIONLEVEL AT OPERATION STAGE | |
| XR Zhou, YX Zhu, CH Xia, HB Chen |
| HCR OF HEAT PUMP ROOM AIR CONDITIONER IN CHINA | |
| BL Wang, WX Shi, Q Chen |
| CONTAMINANT DISPERSION IN PERSONAL DISPLACEMENT VENTILATION. 818 | |
| CQ Yang, XD Yang, Y Xu, J Srebric |
| SIMULATION ON HYDRAULIC HEATING SYSTEM OF BUILDING UNDER THECONTROL OF THERMOSTAT RADIATOR VALVES | |
| BP Xu, L Fu, HF Di |
| SIMULATION ON INDOOR THERMAL DYNAMIC PERFORMANCE OF HEATINGSYSTEM UNDER THE ON-OFF VALVE ADJUSTING MODEL | |
| L Liu, L Fu, Y Jiang |
| A NEW COMPOSITE FIRE EVACUATION (CFE) MODELBASED ON HUMANBEHAVIOR 703 | |
| T Chen, R Yang, ZH Sun, WG Weng |
| PERFORMANCE NUMERICAL ANALYSIS ON AN INTERNALLY-COOLED LIQUIDDESICCANT DEHUMIDIFIER | |
| XM Chang, XH Liu, Y Jiang |
| SIMULATION ANALYSIS ON THE FRESH AIR HANDLING UNIT WITH LIQUIDDESICCANT TOTAL HEAT RECOVERY | |
| XY Xie, YD Tang, XQ Yi, SQ Liu, Y Jiang |
| PROBABILITY-BASED INVERSE MODELING ALGORITHM FOR INDOORPOLLUTANT SOURCE TRACKING | |
| X Liu, ZQ Zhai |
| THREE DIMENSIONAL NUMERICAL INVESTIGATIONS OF WIND ENVIRONMENTAROUND LANQIYING BUILDINGS | |
| JG Chen, Y Liu, R Yang, SF Shen |
| APPLICATION OF SIMULATION TO SOLVE HUNTING PROBLEM IN VAV SYSTEM 1307 | |
| Z Han, YX Zhu, CH Xia, GH Xu |
| A LIFE CYCLE ASSESSMENT METHOD FOR BUILDINGS | |
| DJ Gu, LJ Gu, YX Zhu |
| THE DESIGN OF A COMFORTABLE THERMAL ENVIRONMENT BY SIMULATIONA CASE STUDY | |
| HJ Li, BR Lin, X Zhou, YX Zhu, GZ Han, FB Meng |
| LIFE CYCLE GREEN COST ASSESSMENT METHOD FOR GREEN BUILDINGDESIGN | |
| LJ Gu, DJ Gu, BR Lin, MX Huang, JZ Gai, YX Zhu |
| NUMERICAL SIMULATION STUDY ON THE EFFECTS OF FOUNTAIN ON AROUNDTHERMAL ENVIRONMENT | |
| BR Lin, ZQ Zhang, XF Li, YX Zhu |
| A NEW SIMULATION SYSTEM FOR RADIATION CALCULATION WHEN OPAQUEAND HALF TRANSPARENT OBJECTS EXIT TEGOTHER | |
| BR Lin, XF Li, YX Zhu |
| COUPLING SIMULATION ON SUBWAY TUNNEL SMOKE PROPAGATION | |
| W Deng, XF Li, YX Zhu |
| DISCUSSION ON METHODOLOGY OF APPLYING BUILDING THERMALSIMULATIONIN IN CONCEPTUAL DESIGN | |
| YX Zhu, CH Xia, BR Lin |
| OPTIMIZATION OF THE POSITIONS OF INDOOR CONTAMINANT SOURCES ANDSINKS BY USING A NEW CONCEPTION-SPATIAL FLOW INFLUENCE FACTOR | |
| XK Wang, YP Zhang, W Deng, XF Li |
| A COMPARATIVE STUDY ON EVALUATION METHODS OF EMERGENCYVENTILATION STRATEGIES | |
| L Zhao, XT Li |
| A LOW-ORDER THERMAL BRIDGE DYNAMIC MODELFOR BUILDINGSIMULATION | |
| Y Gao, JJ Roux, LH Zhao |
| BUILDING USE MODES IMPACT ON SIMULATION RESULTS AND SCHEMEEVALUA 801 | |
| Y Gao, XL Zhang, D Yan |
| DEVELOPMENT OF A DATA MODEL FOR ENERGY CONSUMPTION ANALYSISAND PREDICTION OF LARGE-SCALE COMMERCIAL BUILDINGS | |
| FT Song, Y Jiang, A Mouel, JJ Roux |
| EQUIVALENT SLABS APPROACH TO SIMULATE THE THERMAL PERFORMANCEOF THERMAL BRIDGES IN BUILDING CONSTRUCTIONS | |
| XN Xie, Y Jiang |
| HVAC SYSTEM SIMULATION AND ANALYSIS BASED ON UNCERTAIN INNERHEAT GAINS | |
| D Yan, Y Jiang |
| ENERGY LABLING SYSTEM FOR RESIDENTIAL BUILDING IN CHINA | |
| XL Zhang, D Yan, Y Jiang |
| DYNAMIC SIMULATION OF ATRIUM THERMAL ENVIRONMENT AIDINGBUILDING DESIGN | |
| QF Zhu, D Yan |
| PROBE-PM—A CODE TO SIMULATE PARTICLE TRANSPORT IN VENTILATIONSYSTEM | |
| B Yan, B Zhao |
| COMPARISON BETWEEN MONITORING AND SIMULATING AN IMPORTANT STEPFORWARD FOR MODEL RELIABILITY | |
| F Stazi, CD Perna, LD Prete, A Stazi |
| ENERGY STUDY OF A HABITATION USING A SOLAR THERMAL ANDPHOTOVOLTAIC INSTALLATION | |
| Y Raffenel, E Blanco, J Virgone, G Thomas |
| SIMULATION STUDY ON ESTIMATION METHOD FOR FLOW RATE INAIRCONDITIONING SYSTEM WITH WATER THERMAL ENERGY STORAGE | |
| K Takeshima, K Sagara, T Yamanaka, H Kotani |
| NUMERICAL SIMULATIONS OF THE NATURAL VENTILATION DESIGN MIX OFELEMENTARY SCHOOL CLASSROOMS | |
| HH Wu, FJ Wang, CM Chiang, CM Lai |
| ANALYSIS ON THE WELL-MIXING ASSUMPTIONS USED IN MULTIZONEAIRFLOW NETWORK MODELS | |
| LZ Wang, QY Chen |
| AN ENERGETIC-ENVIRONMENTAL BUILDING SIMULATION MODEL INTRANSIENT STATE AIMED AT COMFORT EVALUATIONS | |
| C Marino, A Nucara, M Pietrafesa, A Pudano |
| CFD ASSESSMENTS WITHIN STRONGLY TRANSIENT DOMAINS | |
| A Samuel, J Hand |
| APPLICATION AND VERIFICATION OFENERGY BASELINE ESTIMATIONMETHOD BY SIMULATION | |
| M Miyata, H Yoshida, T Iwata, ZM Zhang, Y Tanabe, T Yanagisawa |
| OPTIMAL OPERATION FOR HVAC SYSTEM WITH SEASONAL UNDERGROUNDTHERMAL STORAGE SYSTEM | |
| M Miyata, H Yoshida, M Aono, T Takegawa, Y Nagura, Y Kobayashi, J Kim |
| STUDY ON OPTIMIZING THE OPERATOIN OF HEAT SOURCE EQUIPMENTS IN ANACTUAL HEATING/COOLING PLANT USING SIMULATION | |
| E Ono, H Yoshida, FL Wang, H Shingu |
| SIMULATION STUDY OF THE INFLUENCE OF DIFFERENT URBAN CANYONSELEMENT TO THE CANYON THERMAL ENVIRONMENT | |
| N Yamaoka, H Yoshida, M Tanabe, M Yamashita, T Koga |
| GLOBAL EFFICIENCY OF DIRECT FLOW VACUUM COLLECTORS INAUTONOMOUS SOLAR DESICCANT COOLING SIMULATION AND EXPERIMENTALRESULTS | |
| P Bourdoukan, E Wurtz, M Spérandio, P Joubert |
| DEVELOPMENT OF SUPERVISORY CONTROL STRATEGY FOR ONLINECONTROL OF CENTRAL COOLING WATER SYSTEMS | |
| SW Wang, ZJ Ma, XH Xu |
| COMPARISON OF TWO MODELS FOR HUMAN EVACUATING SIMULATION INLARGE BUILDING SPACES | |
| B Zhao, H Xiao, Y Wang, YB Wang |
| MODELLING AND SIMULATION OF BUILDING ENERGY CONSUMPTION A CASESTUDY ON AN INSTITUTIONAL BUILDING IN CENTRAL QUEENSLAND, AUSTRALIA 1916 | |
| A Chowdhury, M Rasul, M Khan |
| DISCUSSION ON GRID SIZE AND COMPUTATION DOMAIN IN CFD SIMULATIONOF PEDESTRIAN WIND ENVIRONMENT AROUND BUILDINGS | |
| WZ Xiang, HS Wang |
| NUMERICAL ANALYSIS ON THE RELATIONSHIP BETWEEN RATE OF OUTDOORAIR SUPPLY AND TOTAL AIR AGE | |
| RY Li, XT Li |
| NUMERICAL SIMULATION OF OUTDOOR THERMAL ENVIRONMENT FOR ASUSTAINABLE LAKE TOWN | |
| J Yoon, C Hsieh, H Chen, R Ooka, S Kato, R Ishizaki, K Miisho, R Kudoh |
| SIMULATION OF HEATING/COOLING LOAD USING DEST PROGRAM &MEASUREMENT OF HSPF & SEER FOR GEO-SPACE HEATING SYSTEM | |
| LS Ding, XM Lai, YW Jian, RH Wang, YT Zhang, AQ Hu |
| COUPLING STRATEGIES FOR COMBINED SIMULATION USING MULTIZONE ANDBUILDING ENVELOPE MODELS | |
| A Nicolai, JS Zhang, J Grunewald |
| VALIDATION OF FAST FLUID DYNAMICS FOR ROOM AIRFLOW | |
| WD Zuo, QY Chen |
| DIFFERENTIAL TIME SCALE SOLUTIONS FOR DYNAMIC BOUNDARYCONDITIONS WITHIN WHOLE-BUILDING ENERGY SIMULATION | |
| D Bourgeois, CF Reinhart |
| METEOROLOGICAL DATA SET FOR BUILDING THERMAL ENVIRONMENTANALYSIS OF CHINA | |
| FT Song, QF Zhu, RH Wu, Y Jiang, AY Xiong, BM Wang, YJ Zhu, QX Li |
| THE DIAGNOSIS METHODS OF THE PERFORMANCE FAULT OF HEATING ANDAIR CONDITIONING SYSTEM | |
| LY Li, ZH Zhang, DY Li, H Xie |
| MEETING THE CURRENT AND FUTURE UK CHALLENGES FOR SUSTAINABLEBUILDING DESIGNS – CASE STUDIES | |
| MJ Ren, M Cotton, K Brown, G Palmer |
| RESEARCH ON PREDICTION OF WIND ENVIRONMENT AROUND OUTDOORGROUP OBJECTS | |
| J Ma, XF Li, BR Lin |
| BUOYANCY-DRIVEN NATURAL VENTILATION OF A ROOM WITH LARGEOPENINGS. 984 | |
| R Li, A Pitts, YG Li |
| ANALYSIS AND IMPROVEMENT OF STACK EFFECT FOR THE STAIRCASEOFAPARTMENTS IN FIRE ACCIDENTS IN TAIWAN | |
| CH Su, MH Su, WH Lin, JH Liu |
| TIME LAGS AND DECREMENT FACTORS UNDER AIR-CONDITIONED ANDFREE-FLOATING CONDITIONS FOR MULTI-LAYER MATERIALS | |
| C Luo, B Moghtaderi, H Sugo, A Page |