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#6 Building Simulation'99, Kyoto, Japan September 13-15, 1999

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Session Title

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1

8.6

Opening Speech

Early History and Future Prospects of Building System Simulation

USA

T Kusuda

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2

1.5

Opening Speech

Indoor Climate Design Based on Feedback Control of HVAC Coupled Simulation of Convection, Radiation, and HVAC Control for Attaining Given Operative Temperature

Japan

S Murakami, S Kato, T Kim

Institute of Industrial Science, University of Tokyo

3

7.1

Simulation Tools 1

Data-Stream driven Distributed Virtual Environments : Air Quality Management District Visualization

USA

K Terzidis, D Campbell

School of Arts and Architecture, UCLA

4

7.1

Simulation Tools 1

Image : A Simulation-Based Tool for the Appraisal of Advanced Glazing

Switzerland

Citherlet S., Clarke J A, Hand J, Janak M, McDonald I, Paule B, Scartezzini J.-L.

Laboratoire d'energie solaire et de physique du batiment (LESO-PB), Ecole Polytechnique Federale de Lausanne (EPFL)

5

7.1

Simulation Tools 1

Platform Independent Simulations: Thermal Simulation as an Object

USA

A M. Malkawi, J Wambaugh

College of Architecture and Urban Planning, The University of Michigan

6

7.1

Simulation Tools 1

M2M&ROOFSOL: A Tool for Evaluating the Cooling Performance of Passive Roof Components Using the Model Synthesis Method

France

G Lefebvre

Ecole Nationale des Ponts et Chaussees

7

7.1

Simulation Tools 2

Numerical Performance of the SPARK Graph-Theoretic Simulation Program

USA

E F. Sowell, P Haves

California State University

8

7.3

Simulation Tools 2

Defining the Methodology for the Next-Generation HOT2000(TM) Simulator

Canada

D Haltrecht, R Zmeureanu, I. Beausoleil-Morrison

Nutural Resources Canada

9

7.3

Simulation Tools 2

Residential Sim-Fast: Software for Rapid Technical Appraisals

France

F Deque, L Catusse, S Castanet

Departement Applications de l°fElectricite dans les Batiments, Division Recherche et Developpement, Electricite de France

10

7.1

Simulation Tools 2

Energygauge USA: A Residential Building Energy Simulation Design Tool

USA

D S. Parker, P A. Broman, J B. Grant, L Gu, M T. Anello, R K. Vieira

Florida Solar Energy Center

11

7.3

Simulation Tools 2

Enegyplus, a New-Generation Building Energy Simulation Program

USA

D Crawley, L Lawrie, C Pedersen, R Liesen, D Fisher, R Strand, R Taylor, F Winkelmann, W Buhl, A Erdem, Y Huang

U.S. Department of Energy

12

2.1

Energy System Analysis 1

Energy Simulation of Residential Houses Using Feslism

Japan

M Udagawa, M Sato

Department of Architecture, Kogakuin University

13

2.5

Energy System Analysis 1

Performance Evaluation and Simulation of Ecological House

Japan

H Takeda, Y Iriguchi

Environmental Engineering, Depertment of Architecture, Faculty of Science and Technology, Science University of Tokyo

14

2.2

Energy System Analysis 1

Building Integrated Heating Systems

Denmark

A Klaus, P Henrik

The Society of Danish Engineers, Department of Mathematical Modelling, The Tecnical University of Denmark

15

2.2

Energy System Analysis 1

On the Use of Simulation in the Design of Embedded Energy Systems

Scotland

J Clarke, J Hensen, C Johnstone, I McDonald

ESRU (Energy Systems Research Unit), Department of Mechanical Engineering, University of Strathclyde

16

2.1

Energy System Analysis 1

Numerical Analysis of Annual Exergy Consumption for Daylighting, Electric-Lighting, and Space Heating/Cooling System

Japan

H Asada, M Shukuya

SYSTECH Environmental Research Laboratory

17

2.5

Energy System Analysis 1

Numerical Analysis on the Production of Cool Exergy by Making Use of Heat Capacity of Building Envelopes

Japan

R Nishikawa, M Shukuya

Laboratory of Building Environment, Department of Architecture, Faculty of Science and Technology, Science University of Tokyo

18

7.3

Energy System Analysis 1

Project "REED" Building Performance Simulation for the Masses

USA

M Milne, C F Gomez, D Leeper, J Zurick, A Nindra, J Shen, Y Kobayashi

Department of Architecture and Urban Design, UCLA

19

6.6

Fault Detection and Diagnosis

A Controller for HVAC Systems with Fault Detection Capabilities Based on Simulation Models

USA

T. I. Salsbury

Lawrence Berkeley National Laboratory

20

6.6

Fault Detection and Diagnosis

A Fault Diagnosis Tool for HVAC Systems Using Qualitative Reasoning Algorithm

Japan

J Shiozaki, F Miyachika

Research & Development Headquarters, Yamatake Corporation

21

6.6

Fault Detection and Diagnosis

RARX Algorithm Based Model Development and Application to Real Time Data for On-Line Fault Detection in VAV Units

Japan

H Yoshida, S Kumar

Dept. of Global Environmental Engineering, Graduate School of Engineering, Kyoto University

22

6.6

Fault Detection and Diagnosis

Study on Fault Detection and Diagnosis of Water Thermal Storage HVAC Systems

Japan

S Pan, M Zheng, N Nakahara

Research Laboratory, SANKO Air Conditioning Co, Ltd

23

6.3

Control Optimization

Optimal Control for Central Cooling Plants

Korea

B.C. Ahn, J.W.  Mitchell

Kyungwon University

24

6.3

Control Optimization

Fuzzy Model-Based Fault-Tolerant Control of Air-Conditioning Systems

UK

X Liu, A Dexter

Department of Engineering Science, University of Oxford

25

6.3

Control Optimization

Simulation-Based Integration of Contextual Forces into Building Systems Control

USA

A Mahdavi, S Chang, V Pal

Built Environment Research Laboratory, School of Architecture, Carnegie Mellon University

26

6.2

Control Optimization

A Method for Analysis of Controllability of Duct Systems Designed for Variable Ventilation Flow Rates

Sweden

J B Eriksson

Department of Building Services Engineering, KTH (Royal Institute of Technology)

27

6.3

Control Optimization

Coupling between a Graphical Simulation Environment Simulator and an Optimisation Algorithm

France

R Lahrech, H Hocquet, A Husaunndee, K Rechaussat, J.C. Visier

CSTB (Centre Scientifique et Technique du Batiment)

28

6.3

Control Optimization

A Study of the Predictive Control of the Ondol System in Apartments

Korea

J Lee, I Yang, S Song, H Kim, K Kim

Dept. of Architecture, Seoul National University

29

8.6

Simulation Technology Transfer

Designer Orientated Performance Evaluation of Buildings

Australia 

V I Soebarto, T J Williamson

School of Architecture, Landscape Architecture and Urban Design, The University of Adelaide

30

8.6

Simulation Technology Transfer

On Capturing Context in Architecture

Australia

A J Summerfield, S Hayman

Department of Architecture and Design Science, University of Sydney

31

8.6

Simulation Technology Transfer

Deployment of Simulation within Design Practice

UK

J Hand, J Clarke, P Strachan

Energy Systems Research Unit, University of Strathclyde

32

8.6

Simulation Technology Transfer

Application of Complex Energy Simulation in Competition Design of Crech Embassy in Ottawa

Czech Republic

K Kabele, M Kadlecova, T Matousovic, L Centnerova

Dept. of Building Services Engineering, Faculty of Civil Engineering, Czech Technical University in Prague

33

8.1

Simulation Technology Transfer

Barriers and Solutions to the Use of Building Simulation in the Crech Republic

Czech Republic

T Dunovska, F Drkal, J Hensen

Dept. of Environmental Engineering, Faculty of Mechanical Engineering, Czech Technical University in Prague

34

8.1

Simulation Technology Transfer

Embedding Simulation within Energy Sector Businesses

UK

L B McElroy, J A Clarke

Scottish Energy Systems Group, Energy Systems Research Unit, University of Strathclyde

35

1.1

Moisture

The Use of Differential Permeabilty in Moisture Transport Modelling

UK

G Galbraith, R McLean, J Guo, D Kelly, C Lee

Dept. of Building &Surveying, Glasgow Caledonian Universty

36

1.1

Moisture

Umidus: A PC Program for the Prediction of Heat and Moisture Transfer in Porous Building Elements

Brazil

N Mendes, I Ridley, R Lamberts, P Philippi, K Budag

Pontifical Catholic University of Parana

37

1.1

Moisture

Analysis on Coupled Heat and Water Transfer through Porous Materials by Thermodynamic Energy

Canada

A Ozaki, T Watanabe, T Hayashi, Y Ryu

Natural Resources Canada

38

1.1

Moisture

Integrated Hygrothermal Performance of Building Envelopes and Systems

USA

A Karagiozis, M Salonvaara

Oak Ridge National Laboratory, Energy Division, Building Technology Center

39

1.1

Heat Transfer 1

Heat Transfer Coefficients in a Full Scale Room with and without Furniture

Sweden

P Wallenten

Dept. of Building Science, Lund Institute of Technology

40

1.1

Heat Transfer 1

Modelling Mixed Convection Heat Transfer at Internal Building Surfaces

Canada

I Beausoleil-Morrison

CANMET Energy Technology Centre, Natural Resources Canada

41

1.1

Heat Transfer 1

A Study on Radiative and Convective Heat Exchange in a Room with Floor Heating

Japan

H Hanibuchi, S Hokoi

Technology Institute, SEKISUI  HOUSE  LTD.

42

1.1

Heat Transfer 1

The Analysis of the Convective-Conductive Heat Transfer in the Building Constructions

Czech republic

Z Svoboda

Faculty of Civil Engineering, Czech Technical University in Prague

43

3.3

Heat Transfer 1

THERME 2.0: A Building Component Model for Steady-State Two-Dimensional Heat Transfer

USA

C Huizenga, D Arasteh, D Curcija, E Finlayson, R Mitchell, B Griffith

Center for Environmental Design Research, University of California

44

4.2

Human Factors

A Method to Edit Movies for a Visual Simulator and the Effects of the Torsional Motion of High-Rise Buildings on Human Perception

Japan

S Shindo, T Goto

Department of Architecture, College of Engineering, HOSEI University

45

4.1

Human Factors

An Improved Multinode Model of Human Physiology and Thermal Comfort

USA

C Huizenga, Z Hui, T Duan, E Arens

Center for Environmental Design Research, University of California

46

4.1

Human Factors

Numerical Analysis of Human Thermal Comfort Inside Occupied Spaces

Brazil

C Negrao, C Carvalho, C Melo

 Academic Department of Mechanics, Federal Centre for Technologic Education of Parana

47

4.4

Human Factors

A Combined Analytic and Case-Based Approach to Thermal Comfort Prediction in Buildings

USA

S Kumar, A Mahdavi

Lawrence Berkeley National Laboratory

48

4.1

Human Factors

Interactive Three-Dimensional Visualisation of Thermal Comfort

Germany

S Herkel, F Schoeffel, J Dionisio

Dept. for Thermal und Optical Systems, Fraunhofer Institute for Solar Energy Systems (ISE)

49

4.1

Human Factors

Effect of Sweat Accumulation in Clothing on Transient Thermophysiological Response of Human Body to the Environment

Japan

S Takeda, S Hokoi, N Kawakami, M Kudo

Dept. of Architecture and Environmental Design, Graduate School of Engineering, Kyoto University

50

4.1

Human Factors

A Practical Example of the Chat_D Software Application for Predicting the Risk of Thermal Discomfort in a House Equipped with a Cooling Floor

France

P Girault, V Candas

Division R&D, Electricite de France Pole Industrie

51

1.5

CFD

Numerical Prediction of Hot Water Flow and Temperature Distribution in Thermal Storage Tank

Japan

S Iwamoto, N Takayama, M Imano, N Nakahara

Department of Architecture, Faculty of Engineering, Kanagawa University

52

1.5

CFD

Study on Adaptive Mesh Generation Method in CFD Calculation with Conjugate Heat Transfer Model

Japan

M Imano, M Kamata, T Kurabuchi, H Hayama, M Kishita

The University of Tokyo

53

1.5

CFD

A New Filtered Dynamic Subgrid-Scale Model for Large Eddy Simulation of Indoor Airflow

USA

W Zhang, Q Chen

Building Technology Program, Department of Architecture, Massachusetts Institute of Technology

54

1.5

CFD

Investigation on the Relationship between Flow Pattern and Air Age

China

X Li, X Wang, X Li, Y Li

Department of Thermal Engineering, Tsinghua University

55

1.4

Ventilation

A Nodal Model for Displacement Ventilation and Chilled Ceiling Systems in Office spaces

USA

S Rees, P Haves

School of Mechanical & Aerospace Engineering, Oklahoma State University

56

1.4

Ventilation

Thermal Comfort and Pollutant Transport Prediction in the Object Oriented Environment SPARK

France

E Wurtz, M Musy, J Nataf

LEPTAB(Laboratoire d'Etude des Transfert  Appliques au Batiment), Universite de La Rochelle

57

1.4

Ventilation

Natural Ventilation or Mixed Mode? An Investigation Using Simulation

UK

A Wright, V Cooper, G Levermore

EA Technology Ltd

58

1.4

Ventilation

Influence of Turbulent Wind on Air Change Rates-An Application with CLIM2000 Software Program

France

G Guyon, P Girault, S Delille, D Hoareau, J Villain

Division R&D, Pole Industrie, Electricite De France

59

1.4

Ventilation

Airflow through Large Vertical Opening in Multizone Modelling

France

M Woloszyn, G Rusaouen

Cethil-ETB, INSA de Lyon

60

5.3

Ventilation

Variety Modes and Chaos of Smoke Ventilation by Ceiling Chamber System

Japan

K Nitta

Department. Architecture and Design, Faculty of Engineering and Design, Kyoto Institute of Technology

61

2.3

Thermal Storage

Modelling of Internal Ment Ice-On-Coil Tank

China

Y Zhu, Y Zhang

Dept. of Thermal Engineering, Tsinghua University

62

6.3

Thermal Storage

Study into Optimized Control for Air-Conditioning System with Floor Thermal Storage

Japan

J Jaehoon, S Hokoi, W Urabe

Dept. of Architecture and Environmental Design, Graduate School of Engineering, Kyoto University

63

1.1

Thermal Storage

Thermal Storage with Concrete Slab of Pressurized Plenum in Underfloor Air Distribution System

Japan

H Fujita, S Tomiie

Technical Research Institute, Obayashi Corporation

64

2.3

Thermal Storage

A Simulation of an Underground Heat Storage System Using Midnight Electric Power at Park Dome Kumamoto

Japan

K Sakai, O Ishihara, K Sasaguchi, H Baba, T Sato

Graduate school of Science and Technology, Kumamoto University

65

2.3

Thermal Storage

Development of Optimal Operation of Thermal Storage Tank and the Validation by Simulation Tool

Japan

Y Gotou, H Yoshida

Department of Global Environmental Engineering, Kyoto University

66

3.2

Thermal Storage

Load Prediction for Optimal Thermal Storage-Comparison of Three Kinds of Model Application-

Japan

N Nakahara, M Zheng, S Pan, Y Nishitani

Department of Architecture, Faculty of Engineering, Kanagawa University

67

3.1

Plenary Session 1

Improving the Weather Information Available to Simulation Programs

USA

D Crawley, J Hand, L Lawrie

U.S. Department of Energy

68

1.1

Plenary Session 1

Modeling of Freezing and Thawing Processes in Building Materials

Japan

M Matsumoto, S Hokoi, M Hatano

Dep. of Environmental Design, School of Eng. , Osaka-sangyo University

69

1.2

Daylighting and Solar Shading

Simulation of Daylight Performance of Buildings by the Daylight Source Model Based on Geostational Meteorological Satellite Images

Japan

Y Uetani

Department of Architecture, Fukuyama University

70

1.2

Daylighting and Solar Shading

The Application of Computer Simulation Techniques to the Design and Preservation of a National Monument

Singapore

E Ng, K Lam, W Wu, T Nagakura

School of Architecture, National University of Singapore

71

1.2

Daylighting and Solar Shading

An Evaluation of Radiance Based Simulations of Annual Indoor Illuminance Distributions due to Daylight

Germany

C Reinhart, S Herkel

Solar Building Design Group, Fraunhofer Institute for Solar Energy Systems

72

1.2

Daylighting and Solar Shading

A Model for Simulation of Daylighting and Occupancy Sensors as an Energy Control Strategy for Office Building

USA

L Degelman

Dept. of Architecture, Texas A&M University

73

1.2

Daylighting and Solar Shading

A Comprehensive Approach to Modeling and Evaluating the Visual Environment in Buildings

USA

V Pal, A Mahdavi

Built Environment Research Laboratory, School of Architecture, Carnegie Mellon University

74

1.2

Daylighting and Solar Shading

"Shading": Analyzing Mutual Shading among Buildings

Israel

A Yezioro, E Shaviv

Faculty of Architecture and Town Planning Technion, Israel Institute of Technology

75

1.2

Daylighting and Solar Shading

A Method to Estimate the Shading of Solar Radiation Theory and Implementation in a Computer Program

Sweden

K Kallblad

Dept. of Building Science, Lund Institute of Technology, Lund University

76

1.1

Heat Transfer 2 and Weather Data

A Potentially Fast, Flexible and Accurate Earth-Contact Heat Transfer Simulation Method

UK

M Davies, S Zoras, H Adjali

Department of Mechanical Engineering, Brunel University

77

1.1

Heat Transfer 2 and Weather Data

Study on Thermal Function of Ivy-Covered Walls

China

L Zaiyi, Niu J.L

Dept. of Building Services Engineering, The Hong Kong Polytechnic University

78

3.1

Heat Transfer 2 and Weather Data

Modeling and Calibration of Lateral Heat Loss Rate in Measuring the R Value of Partly Heated Wall

Korea

S Lee, J Kang, J Kim

Korea Institute of Constructin Technology

79

3.1

Heat Transfer 2 and Weather Data

Assessing the Value of Typical Meteorological Years Built from Observed and from Synthetic Data for Building Thermal Simulation

Portugal

R Aguiar, S Camelo, H Goncalves

Dept. of Renewable Energies, INETI - ITE

80

1.2

Heat Transfer 2 and Weather Data

A Comparison of Methods to Estimate Hourly Total Irradiation on Tilted Surfaces from Hourly Global Irradiation on a Horizontal Surfaces

Japan

K Soga, H Akasaka, H Nimiya

Dep. of Architecture, Faculty of Engineering, Kagoshima University

81

3.3

Heat Transfer 2 and Weather Data

A Development of a HVAC Experimental Chamber and its Numerical Model, "Numerical HVAC Experimental Chamber," on a Computer

Japan

M Oguro, K Ono, K Harimoto, Y Teranishi, Y Morikawa, S Ono

Environmental Research Department, Technology Research Center, Taisei Corporation

82

7.1

Simulation Tools 3

Enhancing and Extending the Capabilities of the Building Heat Balance Simulation Technique for Use in Energyplus

USA

R Strand, C Pedersen, D Fisher, R Liesen, R Taylor, J Huang, F Winkelmann, F Buhl, D Crawley, L Lawrie

School of Architecture, University of Illinois

83

7.3

Simulation Tools 3

Industry Foundation Classes and Interoperable Commercial Software in Support of Design of Energy-Efficient Buildings

USA

V Bazjanac, D Crawley

Lawrence Berkeley National Laboratory

84

7.3

Simulation Tools 3

Development of a Visual Tool for Dynamic Simulation Program HVACSIM+

Japan

Y Nishi, X Chen, N Nakahara

Software Team, 2nd R&D Department, Yamatake Corporation

85

7.1

Simulation Tools 3

A Study of the Use of Performance-Based Simulation Tools for Building Design and Evaluation in Singapore

Singapore

K Lam, N Wong, F Henry

Faculty of Architecture, School of Building and Real Estate, National University of Singapore

86

7.4

Simulation Tools 3

Assessing Uncertainty in Building Simulation

UK

Macdonald I A, Clarke J A, Strachan P A

Energy Systems Research Unit, University of Strathclyde

87

8.3

Simulation Tools 3

Simulation Data Management in the Design Process

Finland

A Karola, T Laine, K Lassila, H Lahtela, M Jokela

Olof Granlund Oy

88

2.4

Energy System Analysis 2

Optimal Design of Cogeneration Systems by Using Hamiltonian Algorithm

Japan

M Yanagi, T Uekusa, J Yamada, K Shinjo

Research and Development Department, NTT Power and Building Facilities INC.

89

2.4

Energy System Analysis 2

Towards the Building as Power Plant: Computational Analysis of Building Energy Self-Sustenance

USA

P Mathew, V Hartkopf, A Mahdavi

Center for Building Performance and Diagnostics, School of Architecture, Carnegie Mellon University

90

5.1

Energy System Analysis 2

The Simulation of Building Electrical Power Flows

UK

Kelly N J, Clarke J A

Energy Systems Research Unit,  Dept. of Mechanical Engineering, University of Strathclyde

91

3.6

Energy System Analysis 2

The Effects of Indoor Conditions on the Reduction of Energy Consumption in Commercial Buildings in Rio de Janeiro

Brazil

A Neto, A Tribess, F Vittorino, M Akutsu

Departamento de Engenharia Mecanica, Escola Politecnica da USP

92

3.6

Energy System Analysis 2

Estimation of Energy Consumption for Air-Conditioning of Residences

Japan

Q Zhang, K Asano, H Imai, T Hayashi, Y Hong-Xing

Dept. of Archtectural Eng., Tsukuba College of Technology

93

3.6

Energy System Analysis 2

Regional Difference of Energy Consumption for Hot Water Supply System

Japan

M Nabeshima, K Emura

Dept. of Environmental Urban Engineering Faculty of Engineering, Osaka City University

94

1.1

Poster Session 1

Thermal Analysis of 3-Dimensional Heat Bridges Included in Steel Framed Houses-Method of Making Models and Analysis Examples-

Japan

H Nimiya, H Akasaka, S Obara, K Itami

Dept. of Environmental Design, Faculty of Design, Nagaoka Institute of Design

95

1.1

Poster Session 1

Analysis of Heat and Moisture Behavior in Underground Space by Quasilinearized Method-Accuracy Range for Outdoor Climate Variation from the Reference-

Japan

D Ogura, T Matsushita, M Matsumoto

Dept. of Architecture and Civil Engineering, Faculty of Engineering, Kobe University

96

1.1

Poster Session 1

Effect of Longwave Radiation in Cold Roofs-Remarks on Simulations

Czech Republic

J Tywoniak

Inst.f.Building Construction, Faculty of Civil Engineering, Czech Technical University in Prague

97

1.1

Poster Session 1

Conflation of Thermal Bridging Assessment and Building Thermal Simulation

Kuwait

A Ben-Nakhi, E Aasem

College of Technological Studies

98

1.1

Poster Session 1

A Simple Building Modelling Procedure for MATLAB/SIMULINK

UK

G Hudson, C Underwood

Division of Architectural and Engineering Design, Dep. of the Built Environment, Univesity of Northumbria at Newcastle

99

1.5

Poster Session 1

CFD Investigation of Airflow around Objects with Different Shapes

China

J Lu, I Lun, J Lam

Dept. of Building and Construction, City University of Hong Kong

100

1.4

Poster Session 1

Studies on the Vector-Flow Cleanroom: Numerical Simulation and Experiments

China

G Tu, W Chen, L Wang

Tianjin University

101

1.4

Poster Session 1

The Diffusion Process of Kitchen Gas Exhausted to the Outdoor Air Surrounding a Multi-Unit Housing Facility

Japan

S Nagano

Technology Research Institute, FUJITA Corporation

102

1.4

Poster Session 1

Development of Validation of AC-pressurization Measuring of Leakage Area of Houses

Japan

Y Watanabe, H Kobayashi, Y Utsumi

Miyagi National College of Technology

103

4.3

Poster Session 1

Simulation of Ventilation and Indoor Air Quality in Houses Using Average Japanese Daily Schedule

Japan

M Hayashi, M Enai, Y Hirokawa

Miyagigakuin womanÕs college

104

1.5

Poster Session 1

Numerical Analysis of Wind Effect on High-Density Building Area

China

B Zhao, Y Li, X Li, Q Yan

Dept. of Thermal Engineering, Tsinghua University

105

4.3

Poster Session 1

Diagnosis of Indoor Air Quality and Ventilation Design Utilizing Expert System

Japan

S Sato, H Kobayashi, Y Utsumi

Miyagi National College of Technology

106

2.2

Poster Session 1

Evaluation of Distribution System Performance in District Heating and Cooling System

Japan

Y Shimoda, M Mizuno, S Kametani, S Kawamura

Osaka University

107

2.5

Poster Session 1

Estimate for Optimum Volume of Rock Bed and Air Flow Rate for an Air-Based Solar Heating System

Japan

H Kitano, K Sagara

Dept. of Architecture, Faculty of Engineering, Mie University

108

2.5

Poster Session 1

The Simulation of Photovoltaic Power Generation and Wind Power Generation on the Hydrid Electricity Supply System of a Building

Japan

M Terawaki, I Suzuki

Sanki Engineering Co.,Ltd.,

109

3.1

Poster Session 1

Elaboration of a New Tool for Weather Data Sequences Generation

France

L Adelard, M Thierry, H Boyer, J C Gatina

Laboratoire de Genie Industriel, Universite de la Reunion

110

3.1

Poster Session 1

A Program for Ground Temperature Data Generation Based on the Expanded AMeDAS Weather Data CD-ROMS

Japan

S Matsumoto, H Yoshino, H Akasaka

Akita Prefectural University

111

3.3

Poster Session 1

Simulation Macro Model for Predicting Mixing Energy Loss

Japan

S Kojima, H Yamazaki, T Watanabe

Dept. of Architectural Engineering, Faculty of Engineering, Oita University

112

3.1

Poster Session 1

Research on Calculation Method of Thermal Design Load in Radiant Heating and Cooling Systems

Japan

H Ishino

Dept. of Architecture, Graduate School of Engineering, Tokyo Metropolitan University

113

3.6

Poster Session 1

Evaluation of Energy Performance of an Existing House in Montreal Using Four Energy Analysis Software

Canada

R Zmeureanu, J Brau, L Bernard, Y Vlym, F Mordel, F Timores

Concordia University

114

3.2

Poster Session 1

Nonlinear Dynamical Systems Approach to Building Energy Prediction Problems

Japan

Y Nakajima, M Saito, J Sugi, T Matsumoto

Dept. of Electrical, Electronics and Computer Engineering, Waseda University

115

3.2

Poster Session 1

Development of Load Profile Prediction Using TCBM and ARIMA Hybrid-Modeling

Japan

T Matsuba, H Tsutsui, K Kamimura

R&D Dept, Yamatake Building Systems Co., Ltd.

116

2.5

Poster Session 1

An Analysis of the Fresh Air Load Reduction System by Using Underground Double Floor Space for Air Conditioning

Japan

W Son, H Tanaka, H Nagai, M Okumiya, N Nakahara

Nagoya University

117

3.3

Poster Session 1

VAV System Analysis

China

X Zhifeng, C Feng, J Yi

HVAC Division, Tsinghua University

118

3.3

Poster Session 1

A Study on the Applicability of the Time-Division Hot-Water Supply Heating for ONDOL - the Radiant Floor Heating System in Korea

Korea

Y Kim, H Seok, J Choi, H Lee, K Kim

Dept. of Architecture, Seoul National University

119

3.3

Poster Session 1

An Evaluative Method for High-Performance Window System and Window Side Radiation Environment

Japan

K Kohri

Dept. of Energy and Environmental Science, Graduate School of Engineering, Utsunomiya University

120

3.3

Poster Session 1

The Control of the Thermal Environment of Perimeter Spaces in Buildings to Prevent Cold Drafts -Numerical Simulation and Mesurements-

Japan

Y Hukushima, Y Utsumi, H Kobayashi, Y Ishikawa, M Suzuki, T Yamashita

Miyagi National College of Technology

121

3.3

Poster Session 1

Thermal Environment of the House with a Moisture-Absorbent Type Dehumidifier in Summer

Japan

S Nishizawa, M Enai, T Yuasa

Graduate School of Engineering, Hokkaido University

122

3.3

Poster Session 1

Control of the Humidity and Temperature in an Atrium by Cooling the Surface of a Pond in the Atrium

Japan

M Enai, Y Kawaguchi, S Nishizawa, H Maeda

Graduate School of Engineering, Hokkaido University

123

1.2

Poster Session 2

Sky Luminance Distribution Model for Simulation of Daylit Environment

Japan

N Igawa, H Nakamura, K Matsuura

Research & Development Institute, Takenaka Corporation

124

1.2

Poster Session 2

Improvement of Accuracy in Lighting Simulation by Flux Transfer Method

Japan

M Hirata, H Gama, H Nakamura

Engineering planning Division, Matsushita Electric Works,Ltd.

125

4.2

Poster Session 2

A Study on the Simulation of the Visibility of Balls Flying in the Dome Stadium

Japan

M Saito, H Nakamura, T Tanaka, K Kawakami

Obayashi Corporation

126

6.1

Poster Session 2

Evaluation and Simulation of Cost Saving Operation for Thermal Storage HVAC Systems

Japan

K Nakai, K Shuku, H Kitano, K Sagara

TOENEC Corporation

127

6.3

Poster Session 2

A Systems Approach to the Optimal Operation of HVAC Processes in Buildings

China

T Y Chen, J Burnett

Dept. of Building Services Engineering, The Hong Kong Polytechnic University

128

6.3

Poster Session 2

Numerical Simulation on Simultaneous Control Process of Indoor Air Temperature and Humidity

Japan

J Cui, T Watanabe, U Ryu, Y Akashi, N Nishiyama

Sanken design, Inc.

129

6.5

Poster Session 2

System Dynamics Model for Life Cycle Assessment (LCA) of Residential Buildings

Japan

H Matsumoto

Dept. of Architecture and Civil Engineering, Toyohashi University of Technology

130

6.5

Poster Session 2

Life Cycle CO2 Emission Concerning Housing and Daily Life

Japan

T Chikada, T Inoue, M Kuwahara

Science University of Tokyo

131

6.6

Poster Session 2

Fault Detection and Diagnosis on HVAC Variable Air Volume System Using Artificial Neural Networks

France

O Morisot, D Marchio

Centre de Energetique, Ecole des Mines de Paris

132

7.1

Poster Session 2

IDA Indoor Climate and Energy

Sweden

N Bjorsell, A Bring, L Eriksson, P Grozman, M Lindgren, P Sahlin, A Shapovalov, M Vuolle

Bris Data AB

133

7.3

Poster Session 2

Integral Visualization of Buildings and Simulation Data in Rshow

Germany

P Apian-Bennewitz

Solar Building Group, Thermal and Optical Systems, Fraunhofer Institute for Solar Energy Systems

134

7.1

Poster Session 2

Description of and Experience with the SPsim/ber Building Simulation Programme

Sweden

S H Ruud, P Fahlen

Swedish National Testing and Research Institute

135

7.2

Poster Session 2

Kitchen Design Tool-an Integrated Environment for Layout and Ventilation Design

Finland

T Laine, E Gordon, R Kosonen

Olof Granlund Oy

136

7.2

Poster Session 2

Linking the COMIS Multi-Zone Airflow Model with the EnergyPlus Building Energy Simulation Program

USA

J Huang, F Winkelmann, F Buhl, C Pedersen, D Fisher, R Liesen, R Taylor, R Strand, D Crawley, L Lawrie

Lawrence Berkeley National Laboratory

137

7.4

Poster Session 2

Validation of the CLIM2000 Software Program by Using Analytical Verification

France

G Guyon, S Moinard, N Ramdani

Division R&D, Pole Industrie, Electricite De France

138

8.6

Poster Session 2

The Advantages of Building Simulation for Building Design Engineers

Ireland

K H Beattie, I C Ward

Dublin Institute of Technology

139

8.1

Poster Session 2

A Simulation System for Architectural Projects

France

C Chevrier, D Bur, J Perrin

C.R.A.I.-UMR MAP 694(CNRS), Centre de Recherche en Architecture et Ingenierie, Ecole d'Architecture de Nancy

140

8.6

Poster Session 2

Design Strategies for Energy Conservation Buildings

Japan

H Ohga

Technical Department, Obayashi Corporation

141

3.1

Poster Session 2

The Use of Simulation Software to Evaluate the Thermal Performance of Buildings in Brazil

Brazil

M Akutsu, F Vittorino

IPT - Institute for Technological Research of SaoPaulo State

142

3.1

Poster Session 2

Thermal Evaluation of Strategies for an Adequate Housing in Arid Zones and Their Impact on Energy Saving

Mexico

D Chan, R Romero, G Bojorquez, A Luna

Architecture School, Autonomous University of Baja California, Mexico

143

8.6

Poster Session 2

Building Energy Code Advisor

Canada

Q Gu, C Bedard, R Zmeureanu

Department of Building, Civil and Environmental Engineering, Concordia University

144

8.3

Poster Session 2

An NMF Based Model Library for Building Thermal Simulation

Finland

M Vuolle, A Bring, P Sahlin

HVAC-laboratory, Helsinki University of Technology

145

8.7

Poster Session 2

Determination Method of Coefficients and its Problems in the Simulation of Urban Air Temperature Based on one Dimensional Heat Budget Model

Japan

M Moriyama, H Takebayashi

Dept. of Architecture and Civil Engineering, Faculty of Engineering, Kobe University

146

7.4

Plenary Session 2

Quality Assurance - Simulation and the Real World

New Zealand

M Donn

Centre for Building Performance Research (CBPR), School of Architecture, Victoria University

147

7.2

Plenary Session 2

Prospects for Truly Integrated Building Performance Simulation

Scotland

J A Clarke

ESRU (Energy Systems Research Unit), Dept. of Mechanical Engineering, University of Strathclyde

148

7.2

Integration 1

Building Design System and CAD Integration

Denmark

K Grau, K Wittchen

Danish Building Research Institute

149

8.6

Integration 1

Introduction of Building Environment-Designer's Simulation Toolkit (DEST)

China

C Feng, J Yi

HVAC division, Thermal Department, Tsinghua University

150

7.2

Integration 1

Current State-of-the-Art of Integrated Thermal and Lighting Simulation and Future Issues

Slovakia

M Janak, I Macdonald

Slovak Technical University

151

7.2

Integration 1

Computational Air Flow Modeling for Integrative Building Design

Singapore

W Nyuk Hien, A Mahdavi

School of Building & Real Estate, Faculty of Architecture, Building & Real Estate, National University of Singapore

152

8.1

Integration 1

Bringing Simulation to Application; Some Guidelines and Practical Recommendations Issued from IEA-BCS Annex 30

Belgium

P Andre, J Lebrun, A Ternoveanu

Fondation Universitaire Luxembourgeoise

153

7.2

Integration 2

Coupling CAD Tools and Building Simulation Evaluators

France

R Pelletret, W Keilholz

CSTB Sophia Antipolis

154

7.2

Integration 2

Performance-Inspired Building Representations for Computational Design

USA

G Suter, A Mahdavi

School of Architecture, Carnegie Mellon University

155

7.1

Integration 2

Invocation of Building Simulation Tools in Building Design Practice

Netherlands

P Wilde, G Augenbroe, M Voorden

Building Physics Group, Faculty of Architecture, Delft University of Technology

156

7.2

Integration 2

The Architecture of CO2

USA

A Mahdavi, M Ilal, P Mathew, R Ries, G Suter, R Brahme

School of Architecture, Carnegie Mellon University

157

3.3

Component and Network Modeling

Improvement of the Fluid Network's Module Construction for HVACSIM+

Japan

X Chen, Y Zhu, N Nakahara

Yamatake Building Systems Co., Ltd.

158

7.1

Component and Network Modeling

Thermal and Airflow Network Simulation Program NETS

Japan

H Okuyama

Institute of Technology, Shimizu Corporation

159

7.1

Component and Network Modeling

A Modular, Loop-Based Approach to HVAC Energy Simulation and Implementation in EnergyPlus

USA

D Fisher, R Taylor, F Buhl, R Liesen, R Strand

Department of Mechanical and Aerospace Engineering, Oklahoma State University

160

3.4

Component and Network Modeling

Modelling of an Air Conditioning Installation in a Residential Building

France

M Jacquard

Research and Development Division, Gaz de France

161

2.1

Component and Network Modeling

An Absorption Chiller Model for HVACSIM+

Japan

Y Takagi, T Nakamaru, Y Nishitani

Toshiba Corporation

162

6.2

Operation & Management Optimization

Development of an Optimal Operational Planning System Using an Object-Oriented Framework for Energy Supply Plants

Japan

K Kamimura, T Mukai, Y Nishi, R Yokoyama, K Ito

Yamatake Building Systems Co.,Ltd.

163

6.3

Operation & Management Optimization

Optimal Operation Control of HVAC Systems

Germany

G Knabe, C Felsmann

Dept. of Thermodynamics and Technical Installations of Buildings, Dresden University for Technology

164

6.5

Operation & Management Optimization

Selection and Control of HVAC Systems for Optimal Life-Cycle Efficiency Using Simulation Techniques

Australia

P Marshallsay, R Luxton

Department of Mechanical Engineering, The University of Adelaide

165

6.5

Operation & Management Optimization

The "Ecologue" Approach to Computational Building Life Cycle Analysis

USA

R Ries, A Mahdavi

School of Architecture, Carnegie Mellon University

166

3.3

HVAC Performance Simulation

Performance of Radiant Cooling System Integrated with Ice Storage

Japan

M Kondo, N Matsuki, Y Nakano, T Miyanaga, T Oka

Utsunomiya University

167

6.3

HVAC Performance Simulation

Dynamic Optimization Technique for Control of HVAC System Utilizing Building Thermal Storage

Japan

T Nagai

Faculty of Human Life Science, Osaka City University

168

3.6

HVAC Performance Simulation

A Case Study of the Energy Performance of an Office Building with Double-Envelope and Atrium

Korea

G Song, H Lee, W Choi

Dept. of Architecture, Bucheon College

169

7.3

HVAC Performance Simulation

A Windows-Based PC-Software to Design Thermal Environment in Residential Houses

Japan

A Iwamae, H Hanibuchi, T Chikada

Technology Institute, Sekisui House Ltd.

170

8.7

Various Urban and Building Simulation

Numerical Analysis of Air Temperature Increases in Urban Area using the Building-Urban-Soil Simultaneous Simulation Model

Japan

A Hagishima, J Tanimoto, T Katayama

Dept. of Energy and Environmental Engineering, Interdisciplinary Graduate School of Engineering Sciences, Kyushu University

171

8.6

Various Urban and Building Simulation

Modeling the Design of Urban Fabric with Solar Rights Considerations

Israel

I Capeluto, E Shaviv

Faculty of Architecture and Town Planning Technion, Israel Institute of Technology

172

8.6

Various Urban and Building Simulation

Simulation of Cleaning as a Useful Tool in Planning of Buildings

Norway

A Nielsen

Building Science, Narvik Institute of Technology

173

8.6

Various Urban and Building Simulation

Studying Thermal Performance of Split-Type Air-Conditioners at Building Re-Entrant via Computer Simulation

China

T T Chow, Z Lin, Q Wang, J Lu

Division of Building Science & Technology, City University of Hong Kong

174

1.3

Acoustics

The Applicability of Ray-Tracing Based Simulation Tools to Predict Sound Pressure Levels and Reverberation Times in 'Coupled Spaces'

Netherlands

M Voorden, L Nijs, G Vermeir, G Jansens

Faculty of Architecture, Delft University of Technology

175

1.3

Acoustics

Modeling and Accuracy of Sound Field Analysis by Finite Element Method on Building Environments

Japan

T Otsuru, R Tomiku

Faculty of Engineering, Oita University

176

1.3

Acoustics

A New Algorithm for the Simulation of Sound Propagation in Spatial Enclosures

USA

G Mahalingam

Department of Architecture & Landscape Architecture, North Dakota State University

177

1.3

Acoustics

Comparison between Wave Theory and Energy Method in Acoustic Prediction of HVAC Duct Networks

Japan

M Terao, H Sekine, M Itoh

Faculty of Enginering, Kanagawa university

178

7.4

Software Validation

A Comparative Study of HVAC Dynamic Behavior between Actual Measurements and Simulated Results by HVACSIM+(J)

Japan

Y Nishitani, N Zheng, H Niwa, N Nakahara

Research Laboratory, SANKO Air Conditioning Co. Ltd.

179

7.4

Software Validation

Comparison of Reproducibility of a Real CAV System by Dynamic Simulation HVACSIM+ and TRNSYS

Japan

M Zheng, Y Nishitani, S Hayashi, N Nakahara

Research Laboratory, SANKO Air Conditioning Co. Ltd.

180

7.4

Software Validation

Empirical Validation of Building Energy Analysis Tools by Using Tests Carried Out in Small Cells

France

G Guyon,S Moinard, N Ramdani

Division R&D, Pole Industrie, Electricite De France

181

7.4

Software Validation

Improving Simulation Accuracy through the Use of Short-Term Electrical End-Use Monitoring

USA

T Lunneberg

Constructive Technologies Group

182

7.4

Software Validation

New Experimental Validation and Model Improvement Tools for the CLIM2000 Energy Simulation Software Program

France

N Rahni, N Ramdani, Y Candau, G Guyon

LETIEF, Universite PARIS XII - Val de Marne

183

7.4

Software Validation

Calibration Procedure of Energy Performance Simulation Model for a Commercial Building

Korea

J Yoon, E Lee

Division of New and Renewable Energy Research, Korea Institute of Energy Research

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