@

#5 Building Simulation'97, Prague, Czech Republc September 8-10, 1997

IBPSA@Page‚Ö@@@TOP@PAGE‚Ö


ŒfÚ‡

•ª–ì

Session Title

ƒ^ƒCƒgƒ‹

’˜ŽÒ–¼

’˜ŽÒŠ‘®‹@ŠÖ

1

4.1

Plenary1

Thermostat Startegies for Discretionary Heating and Cooling of Dwellings in Temperate Climates

Australia

T J WilliamsonCP Riordan

Dep.of Architecture,The University of Adelaide

2

2.5

Plenary1

Simulation Tools for the Exploitation of Renewable Energy in the Built Environment:the Entrack-GIS System

UK

 J@A@ClarkeCM S EvansCA D GrantCN Kelly

Energy Systems Research Unit,University of Strathclyde

3

3.3

Plenary1

Energybase:the Merger of Blast and DOE-2

USA

C O PedersenCD E FisherCR J LiesenCR K StrandCR D Taylor

University of Illinois at Urbana-Champaign

4

8.6

Plenary1

Experience from a Design Advice Service Using Simulation

UK

L B McElroyCJ W HandCP A Strachan

Dep.of Architecture andbBuilding Science,University of Strathclyde

5

7.1

Software Demonstration

Simulation-Based Features of the Compressed Air System Description ToolhXCEEDTMh

USA

K L CurtnerCP J OfNei11CD WinterCP Bursch

Honeywell Technology Center

6

7.1

Software Demonstration

TRNSYS 14@Goes Windows and Window4.1-Tool for@Energetic and Visual Building Simulation

Germany

M SchulerCH MeyerCA KnirschCS HolstCM HillerCW A BeckmannCN Blair

TRANSSOLAR Energietecnik GmbH

7

7.1

Software Demonstration

CA-SISFa Design-Tool for Thermal Studies with a Gradual@Access

France

L Tabary

EDF/DER

8

7.1

Software Demonstration

ENERGY-10:a Design-Tool Computer Program

USA

‚iD Balcomb

National Renewable Energy Laboratory

9

7.3

Software Demonstration

Spreadsheet Modeling of Thermal and Daylighting@Performance

USA

D Lord

California Polytechnic State University

10

8.3

Software Demonstration

Building Energy Tools Directory

USA

‚cB Crawley

U.S.Dep.of Energy

11

1.4

Software Demonstration

COMIS 3.0 a New Simulation Environment for Multizone Air Flow and Pollutant Transport Modelling

France

R Y PelletretCW P Keilholz

Software Development Division of CSTB(Tha French Building Research Center)

12

1.2

Software Demonstration

Daylight Modelling with PASSPORT-LIGHT

Greece

A Tsangrassoulis, M Santamouris

Group Building Environment Studies Laboratory of Meteorology,Dep,od Applied Physics University of Athens

13

1.2

Software Demonstration

ADELINE-an Integrated Approach to Lighting Simulation

Germany

H Erhorn, J de BoerCM Dirksmoeller

Fraunhofer-Institut fur Bauphysik (IBP)

14

7.3

Software Demonstration

New Generation of SoftwareH Modelling of Energy Demands for Residential Ventilation with HTML Interface

USA

T Forowicz

Lawrence Berkeley National Laboratory University of California at Berkeley

15

2.1

System and Plant Simulation

Simulation of a Centralized Cooling Plant unhder Different Control Strategies

Belgium

J-P BourdouxheCP Andre

University of Liege

16

2.1

System and Plant Simulation

Optimisation of Mechanical Systems in an Integrated Building Energy Analysis Program:PART‡T:Conventional Central Plant Equipment

USA

R D TaylorCC O Pedersen

Dep.of Mechanical and Industrial Engineering, University of Illinois at Urbana-Champaign

17

6.6

System and Plant Simulation

Simulation and Fault Detection of the Thermal Storage System

Japan

N Nakahara, M Zheng, Y Nishitani

Dep.of Architecture,Faculty of Engineering,Kanagawa Univ.

18

6.6

System and Plant Simulation

Fault Modelling in Component-Based HVAC Simulation

UK

P Haves

Dep.of Civil and Building Engineering,Loughborough Univ.

19

1.4

Applications

Simulation of a Complex Wind and Buoyancy Driven Building

UK

M J HolmesCS McGowan

Ove Arup & Partners

20

1.4

Applications

Ventilation and thermal Performance of Design Options for Stadium Australis

UK

K J LomasCH EppelCM CookCJ Mardaljevic

Institute of Energy and Sustainable Development,De Montfort Univ.

21

8.1

Applications

Recent Czech Building Energy Simulation Case Studies

Czech Republic

F DrkalCT DunovskaCM NeuzilCV Skrlant

Czech Technical Univ. in Prague Faculty of Mechanical EngineeringTechnicka 4

22

8.5

Applications

Energy Saving in Office Buildings:a Case Study in Rome Through the Use of DOE-2 and other Simulation Tools

Italy

M BeccaliCR CaponioCS GaraCL Pagliano

Istituto di Ricerche Ambiente

23

1.2

Fundamentals:Solar and Daylighting

the Implications of Sky Model Selection for the Prediction of Daylight Distribution  in Architectural Spaces

Singapore

K P LamCA MahdaviCV Pal

School of Architecture, National University of Singapore

24

8.7

Fundamentals:Solar and Daylighting

Image Processing for Urban Scale Environmental Modelling

UK

P Richens

The Martin Center for Architectural and Urban Studies University of Cambridge

25

3.3

Fundamentals:Solar and Daylighting

Analysing Radiation Transport through Complex Fenestration Systems

UK

N S CampbellCJ K Whittle

Dep.of Architecture and Building Technology,University of Nottingham

26

1.2

Fundamentals:Solar and Daylighting

Comparison of Computer and Model Simulations of a Daylight Interior with Reality

New Zealand

D JarvisCM Donn

School of Architecture,VictoriaUniversity of Wellington

27

8.3

Implementations:New Tools and Approaches

An NMF Based Model Library for Building Climate and Energy Simulation

Sweden

M VuolleCA Bring

HVAC-Laboratory,HelsinkiUniversity of Technology

28

7.1

Implementations:New Tools and Approaches

An Open Ended Modular Interface and Controller Library for CLIM 2000

France

K M MurphyCF Deque

Eledtricite de France/Direction des Etudes et Recherches Department Applications de Electricite dans les Batiments

29

1.1

Implementations:New Tools and Approaches

Guidance for the Selection of a Reduction Technique for Thermal Models

France

E PalomoCY BonnefousCF Deque

GISE(Group Informatique et Systemes Energetiques)-ENPC(Ecole Nationale des Ponts et Chaussees)

30

1.1

Implementations:New Tools and Approaches

a Substructuring Approach to 3D Conduction Problems:Applications to Buildings' Components

France

C DurmortCB Flament

GISE(Group Informatique et Systemes Energetiques)-ENPC(Ecole Nationale des Ponts et Chaussees)

31

7.2

Poster1

The Implementation of Industry Foumdation Classes in Simuletion Tools for the Building Industry

USA

V BazjanacCD B Crawley

Lawrence Berkeley National Laboratory

32

3.3

Poster1

Design of Air Conditioning Systems for Efficient LIFE|CYCLE Operation Using the ZEBRA Software Package

Australia

P G MarshallsayCR E Luxton

Dep.of Mechanical Engineering, The University of Adelaide

33

7.2

Poster1

Integration of Building Design Tools in DUTCH PRACTICE

Netherlands

W PlokkerCL L Soethout

TNO Building and Construction Research Dep.of Indoor Environment,Building Physics and Systems

34

7.2

Poster1

Numerical Simulation of Air Flows-an Essential Tools of Comfort Optimization of Modern Buildings and HVAC Systems

Germany

B Ochocinski

ROM Zentralbereich Ingenieurtechnik

35

1.4

Poster1

Validation of Displacement Ventilation Simplified Models

France

D ManzoniCP Guitton

Thermal Transfer and Aerodynamics Section Research and Development Division Electricite de France

36

1.5

Poster1

A Newmerical Analysis of Flow and Dispersion around a Cube

UK

T J Scanlon

Dep.of Mechanical Engineering University og Stratheclyde

37

3.1

Poster1

Predicting  Foundation Heat Losses:Neural Networks Versus the Basesimp Correlations

Canada

I Beausoleil-MorrisonCM Krarti

CANMET Energy Technology Centre Natural Resources Canada

38

3.1

Poster1

Simplified Method for Underground Heat Transfer Calculation

USA

S ChoiCM Krarti

Joint Center for Energy Management University of Colorado CEAE Dep.

39

1.1

Poster1

Heat Transfer in Block Walls

Israel

S HassidCE Levinsky

Environment & Resources Engineering Dep. Technion-Israel Institute of Technology

40

1.1

Poster1

Evaluation of the Finite Control Volume Method in Simulating ThermalL Fire Resistance of Building Elements

Hong Kong

W K ChowCC M HoCN K Fong

Dep.of Building Services Engineering,The Hong Kong Polytechnic Univ.

41

1.1

Poster1

Natural Convection in a Superposed Air and Porous Layer When Heated from Below@@@@@@@@@@@@@@@@@@@@@@

Sweden

M Serkitjis

Chalmers University of Technology Dep.of Building Pyysics

42

3.4

Poster1

Toward a Simulation-Assisted Dynamic Comtrol Strategie

USA

A Mahdavi

Dep.of Architecture, Carnegie Mellon Univ.

43

6.3

Poster1

Comtrol Stategies for Heating Systems

Sweden

N Bjorsell

University-Collage of Gavle-Sandviken

44

1.1

Poster1

Moisture Permeability Date President as a Mathematical Function Applicable to Heat and Moisture Transport Models

UK

G H GalbraithCR C McLeanCJiansong Guo

Glasgow Caledonian Univ.

45

8.1

Poster1

New Educational Software for Teaching the Sunpath Diagram and Shading Mask Protractor

USA

J K W OhCJ S Haberl

Energy  Systems Laboratory,Dep.of Architecture,Texas A&M Univ.,College Station

46

2.5

Poster1

Optimisation of Design Criteria for Solar Space Heating Systems through Modelling and Simulation

Cyprus

I M MichaelidesCD R Wilson

Dep.of Mechanical Engineering,Higher Technical Institute

47

3.1

Poster1

Computer Model of the Apartment Building from The Panel System T06B

Slovak Republic

R Rabenseifer

Faculty of Civil Engineering Slovak Technical Univ.

48

7.3

Poster1

A User-Friendly Tool for the Integrated Simulation of Building HVAC Control Performance

South Africa

E H MathewsCE van Heerden

Dep.of Mechanical Engineering , University of Pretoria

49

1.2

Poster1

Comparative Study of Sky Luminance Models in the Tropical Context

Singapore

K P LamCA MahdaviCM B UllahCE NgCV Pal

School of Architecture,National University of Singapore

50

8.6

Poster1

Sun and Climate Modeling for Thermal Simulation:Parametric Models Relevant at Early Design Stages

Austria

M Rudy

Technical University of Vienna

51

7.4

Poster1

Simulation of Solar Gains through External Shading Devices

UK

D K AlexanderCK A Ku HassanCP J Jones

Welsh School of Architecture Bute Building

52

7.1

Poster1

Sombrero-Shadow Calculations on Arbitraily Oriented Surfaces as a Preprocessor for Simulation Programs

Germany

J SchniedersCA EickerCF D Heidt

Dep.of Physics,University of Siegen

53

3.6

Poster1

The Use of a Simple Simulation Tool for Energy Analysis

Finland

R KosonenCJ Shemeikka

VTT Building Technology

54

7.4

Poster1

Role of the Model User in Results Obtained from Simulation Software Program

France

G Guyon

Eledtricite de France/DER (Direction des Etudes et Recherches) /Department AEE (Applications de Electricite dans les Batiments)/ADEB, Site des Renardieres

55

7.4

Poster1

A Comparative Assessment of Two HVAC Plant Modelling Programs

UK

C Underwood

Dep.of the Built Environment University of Northumbria at Newcastle

56

2.1

Fundamentals:Heat Transfer

BASESIMP:a Residential-Foumdation Heat-Loss Algorithm for Incorporating into Whole-Building Energy-Analysis Programs

Canada

I Beausolei-MorrisonCG Mitalas

CANMET Energy Technology Centre Natural Resources Canada

57

2.3

Fundamentals:Heat Transfer

Calculation Tool for Earth Heat Exchangers Gaea

Germany

S BenkertCF D HeidtCD Schoeler

Dep.of Physics,University of Siegen

58

3.3

Fundamentals:Heat Transfer

Parameter Estimation and the Use of Catalog Data with TRNSYS

USA

R J RabehlCW A BeckmanCJ W Mitchel1

Solar Energy Laboratory,University of Wisconsin-Madison

59

8.1

Education

Integration of Computer Based Modelling and an Inter- Disciplinary Based Approach to Building Design in Post- Graduate Education

UK

W J BattyC B Swann

Dep.of Applied Energy,Cranfield Univ.

60

8.1

Education

Introducing it Based Energy Simulation Courses in Central/Eastern Europe

UK

J HensenCM JanakCN KaloyanovCP Rutten

University of Strathclyde

61

8.1

Education

Forget the Tool When Training New Simulation Users

UK

J W HandCD B Crawley

University of Strathclyde

62

7.4

Quality  Assurance:Validation

Validation of a Building Thermal Model in CLIM2000 Simulation Software Using Full-Scale Expelimental DataCSensitivity Analysis and Uncertainty Analysis

France

G GuyonCN Rahni

Eledtricite de France/DER (Direction des Etudes et Recherches) /Department AEE (Applications de Electricite dans les Batiments)/ADEB, Site des Renardieres

63

7.4

Quality  Assurance:Validation

A Comparative Validation Based Certification Test for Home Energy Rating System Software

USA

J NeymarkCR Judkoff

J.Neymark & Asssociates

64

7.4

Quality  Assurance:Validation

Validation of HOT 2000TM Using Hers Bestest

Canada

D HaltrechtCK Fraser

CANMET Energy Technology Centre Natural Resources Canada

65

3.2

Applications:Controls

Predictive Optimal Control of Fabric Thermal Storage Systems

UK

 M J RenCJ A Wright

Dep.of Civil and Building Engineering,Loughborough Univ.

66

3.2

Applications:Controls

Rational Operation of a Thermal Storage Tank with Load Prediction Scheme by ARX Model Approach

Japan

H YoshidaCT Inooka

Kyoto Univ.,Dep,of Global Environment Engineering

67

3.4

Applications:Controls

A Fuzzy Control Adapted by a Neural Network to Maintain a Dwelling within Thermal Comfort

Spain

B EgilegorCJ P UribeCG Arregi,E PradillaCL Susperregi

Artificial Intelligence and Energy Departments IKERLAN Applied Research Centre

68

3.3

Poster2

Influence of Modelling Uncertainties on the Simulation of Building Thermal Comfort Performance

Netherlands

S de Wit

Delft University of Technology,Faculty of Civil Engineering

69

3.3

Poster2

A Study on the Thermal Performance Simulation to Evaluate the Prefabricated Radiant Floor Heating Panels

Korea

M S YeoCK W Kim

Dep.of Architecture,Seoul National Univ.

70

1.1

Poster2

The Optimal Insulation Detail of the Thermal Bridge Adjacent to Hot Water Pipes in Apartment Building Slabs

Korea

S Y SongCK W Kim

Dep.of Architecture,Seoul National Univ.

71

7.1

Poster2

The Main Features of a New Generation Building Simulation Tool

Finland

P TuomaalaCK Piira

VTT Building Technology

72

3.3

Poster2

Methodology for Modelling/Simulation of an Office Building Equipped with an Air-Conditioning System

France

F MilcentCL Lapenu

Gaz de France-Direction de la Recherche

73

2.3

Poster2

Optimisation of Mechanical Systems in an Integrated Building Energy Analysis Program:PART‡U:Thermal Stroage-Based Central Plant Equipment

USA

R D TaylorCC O Pedersen

Dep.of Mechanical and Industrial Engineering, University of Illinois at Urbana-Champaign

74

7.1

Poster2

A Randomised Approach to Multiple Regression Analysis of Building Energy Simulation

Hong Kong

S C M Hui

Dep.of Architecture,University of Hong Kong

75

3.3

Poster2

Application of System Simulation to WCH Boiler Selection

UK

J HensenCK Kabele

University of Strathclyde Energy Systems Reearch Unit

76

3.3

Poster2

Application of Simulation in Design and Operation of Refurbished Buildings and Heating Systems

Germany

C FelsmanCG KnabeCA KremonkeCA Perschk

Technical University of Dresden Institute of Thermodynamics and Technical Building Equipment

77

7.1

Poster2

A New System For Accessing Transfer Function Coefficients for an Architectural Computer-Aided Thermal Optimization Tool

USA

 A M MalkawiCJ Wambaugh

The University of Michigan College of Architecture and Urban Planning

78

4.3

Poster2

The Verification of Radon Protective Measures by Means of a Computer Model

Czech Republic

M JiranekCZ Svoboda

Czech Technical University in Prague Faculty of Civil Engineering

79

1.3

Poster2

CASCADE:A Novel Computational Design System for Architectural Acoustics

USA

A Mahdavi,G LiuCM E Ilal

Dep.of Architecture,Carnegie Mellon Univ.

80

1.3

Poster2

Acoustic Rendering of Buildings

Germany

R Rabenstein,O SchipsCA Stenger

Universitat Erlangen-Nurnberg,Lehrstuhl fur Nachrichtentechnik

81

2.5

Poster2

The Simulation of Photovoltaic|Integrated Building Facades

UK

J A Clarke,C Johnston,N KellyCP A Strachan

ESRU,Dept.of Mechanical Engineering,University of Strathclyde

82

2.5

Poster2

Sinulation of a Photovoltaic Hybrid Facade

Germany

O GutschkerOCH Rogass

Brandenburgische Technische Universitat Cottbus, Lehrstuhl fur Angewandte Physik

83

7.1

Poster2

Building Thermal Simulations Using a New Tool-Passport Plus

Greece

M SantamourisCC A BalarasCE DascalakiCS AivarezCJ F CoronelCE G Rodriguez

Dept,of Applied Physics,University of Athens,Physics Building-V

84

3.6

Poster2

Computer-Aided Energy Use Estimation in Supermarkets

France

M OrphelinCD Marchio

Centre d'Energetiqe de I'Ecole de s Mines de Paris

85

3.1

Poster2

An Advanced Glazing Case Study from the Image Project

UK

J A ClarkeC M JanakCP RuysseveltCR CohenCJ Bates

University of Strathclyde,Energy Systems Research Unit

86

7.3

Poster2

Building Thermal Models Reduction:Improving Existing Methods by Taking Spestral Inputs Characteristics into Account

France

E PalomoCS DautinCA Ait-YahiaCF Deque

GISE(Group Informatique et Systemes Energetiques)-ENPC(Ecole Nationale des Ponts et Chaussees)

87

7.3

Poster2

Physical System Modelling Languages:from@ALLAN to MODELICA

France

A Jeandel, F Boudaud

GAZ DE FRANCE-Research and Cevelopment Division

88

6.4

Poster2

Monitoring System for Distributed Energy and Heat Supply Complex

Czech Republic

J BilaCK BrozCV JirovskyCH Rodic

Czech Technical University in Prague

89

2.3

Implementations:New Tools and Approaches

Electric Stroage Heaters in Building Simulatiopn

UK

 A J Wright

EA Technology Ltd

90

3.3

Implementations:New Tools and Approaches

Design and Simulation of HVAC Systems with Bond Graph's

Netherlands

W Zeiler

Kropman B.V. Mechanical & Electrical Contracting

91

1.4

Implementations:New Tools and Approaches

Simulation of Ventilation and Indoor Air Conditions of Agricultural Buildings

Czech Republic

P KicCR ChiumentiCS BortolussiCF da Borso

Czech University of Agriculture Prague

92

6.2

Implementations:New Tools and Approaches

SIMBAD:A Simulation Toolbox for the Design and Test of HVAC Control Systems

France

A HusaunndeeCR LahrechCH Vaezi-NejadCJ C Visier

Centre Scientifique et Technique de Batiment

93

3.1

Fundamentals:Weather Data

Examination of the Concept of UsinghTYPICAL-WEEKh Weather Data for Simulation of Annualized Energy Use in Buildings

USA

L O Degeiman

Texas A&M University

94

8.7

Fundamentals:Weather Data

Modelling of The Heat Island Generated by an Urban Unit

France

F Pignolet-TardanCP DepeckerCF Garde-L AdelardCJ C Gatina

Laboratoire de Genie Industriel, Universite de la Reunion

95

3.1

Fundamentals:Weather Data

Multi-Year(my)Building Simulation:is it Useful and PracticalH

Hong Kong

S C M HuiCK P Cheung

Dep.of Architecture,University of Hong Kong

96

3.1

Fundamentals:Weather Data

Weather Sequences for Predicting HVAC System Behaviour in Residential Units Located in Tropical Climates

France

L AdelardCF GardeCF Pignolet-TardanCH BoyerCJ C Gatina

Laboratoire de Genie Industriel, Universite de la Reunion

97

8.4

Integration:Thermal and Lighting

Aggregate Space-Time Performance Indicators for Simulation|Based Building Evaluation Procedures

USA

A Mahdavi,P MathewCK P Lam

Dep of Architecture,Carnegie Mellon Univ.

98

4.5

Integration:Thermal and Lighting

Simulation of Visual and Thermal Comfort Related to Daylighting and Solar Radiation in Office Buildings

France

P LaforgueCB SouyriCM FontoynontCG Achard

Laboratoire Genie Civil et Habitat, Ecole Superieure d'Ingenieurs de Chambery, Universite de Savoie

99

1.2

Integration:Thermal and Lighting

Dynamic Link of Light-and Thermal Simulation:on the Way to Integrated Planning Toolls

Germany

S Herkel

Fraunhofer Institute for Solar Energy Systems,Solar Building Design Group

100

7.2

Integration:Thermal and Lighting

Coupling Building Energy and Lighting Simulation

UK

M Janak

Energy Systems Research Unit Dep.of Mechanical Engineering University of Strathclyde

101

1.5

Fundamentals:Air Flow

Guidance on the Use of Computational Fluid Dynamics for Modelling Buoyancy Driven Flows

UK

M J CookCK J Lomas

Institute of Energy and Sustainable Development,De Montfort Univ.

102

1.4

Fundamentals:Air Flow

A Comparison of Wind Tunnel and CFD Methods Applied to Natural Ventilation Design

UK

D K AlexanderCH G JenkinsCP J Jones

Welsh School of Architecture Bute Building

103

1.4

Fundamentals:Air Flow

Predicting Natural Ventilation Air Velocity Using Deterministic and Non-Deterministic Methodologies

Greece

M SantamourisCE Dascalaki

GR-BES,University of Athens, Dept.of Applied Physics,Division of Meteorology,University  Campus,Build.

104

1.5

Fundamentals:Air Flow

Numerical and Experimental Assessment of a Flow Field in a Ventilated Industrial Hall

Bulgaria

J DenevCP StankovCD StoyanovCP Spassov

Dep.of Hydroaerodynamics,TechnicalUniversity of Sofia,

105

4.3

Fundamentals:Moisture

Development of a Simulation Tool for Mould Growth Prediction in Buildings

UK

J A Clarke,C M JohnstoneCN J KellyCR C McLeanCA E Nakhi

Energy Systems Research Unit, University of Strathclyde

106

1.1

Fundamentals:Moisture

The Selection of Appropriate Flow Potentials for Moisture Transport Models

UK

G H GalbraithCR C McLean

Glasgow Caledonian University

107

1.1

Fundamentals:Moisture

A Systematic Method for Hygrothermal Analysis of Building Constructions Using Computer Models

Norway

S Geving@@@@@@@@@@@@@@@@@@@@@@@@@@

Dep.of Building and Construction Engineering The Norwegian University of Science and Technology(NTNU)

108

3.1

Applications:Regional

The Simulations of the Thermal Performance of Retrofited Existing Residential Buildings in Istanbul with Micro-DOE 2.1E Computer Program

Turkey

A Tavil, N SahalCE Ozkan

Istanbul Technical University,Faculty of Architecture

109

2.5

Applications:Regional

The Use of a Simulation Tool in Order to Obtain the Thermal Performance of Passive Solar Houses in Portugal

Portugal

H P GoncalvesCM N OlivieraCA M Patricio

National Institute of Engineering and Industrial Technology,Institute of Energetic Technologies, Dep,of Renewable Energies

110

4.1

Applications:Regional

Sensitivity Analysis of a Traditional Round Hut in the Tropical Upland Climate

UK

A Malama,S Sharples

School of Architectural Studies,University of Sheffield

111

8.1

Practice:Present and Future

An Application Manual for Building Energy and Environmental Modeling

UK

D BartholomewCJ HandCS IrvingCK LomasCL McElroyCF ParandCD RobinsonCP Strachan

DBA

112

7.3

Practice:Present and Future

A Survey of Users of Thermal Simulation Programs

New Zealand

M Donn

School of Architecture Victoria University Wellington

113

7.2

Practice:Present and Future

What Next for Building Energy Simulation?a Glimpse of the Future

USA

D B CrawleyCL K LawrieCF C WinkelmannCW F BuhlCA E ErdemCC O PedersenCR J LiesenCD E Fisher

U.S.Dep.of Energy

114

3.6

Quality Assurance:Calibration

An Inverse Model to Predict and Evaluate the Energy Performance of Large Commercial and Institutional Buildings

Canada

B Abushakra

Centre for Building Satudies Concordia University

115

7.4

Quality Assurance:Calibration

Calibration of Hourly Energy Simulations Using Hourly Monitored Data and Monthly Utility Records for Two Case Study Buildings

USA

V I Soebarto

Dep.of Architecture Texas A&M University College Station

116

2.2

Quality Assurance:Calibration

A Hybrid Monitoring-Modelling Procedure for Analyzing the Performance of Large Central Chilling Plants

USA

R Troncoso

ACR Engineering,Incorporated

117

8.6

Plenary2

Communicating Performance Assessments of Intermediate Building Design States

USA

G AugenbroeCS de Wit

Georgia Institute of Technology College of Architecture

118

7.1

Plenary2

An Illustration of Automatic Generation of Zonal Models

France

S GagneauCJ M Nataf,E Wurtz

GISE(Group Informatique et Systemes Energetiques)-ENPC(Ecole Nationale des Ponts et Chaussees)

119

8.6

Plenary2

Decision Making through Use of Interoperable Simulation Software

USA

K PapamichaelCJ La Porta,H Chauvet

Advanced Building Systems Group Building Technologies Program Environmental Energy Technologies Division Lawrence Berkeley National Laboratory

@–{ƒy[ƒW‚Ìʼn‚Ö–ß‚é


Copyright(c) 2000 NESTEC. All Rights Reserved.