|
掲載順
|
分野
|
Session Title
|
タイトル
|
国
|
著者名
|
著者所属機関
|
|
1
|
1.1
|
Moisture in
Buildings
|
The Effect of
Water Vapour Transfer on Natural Convection in Building Cavities
|
Australia
|
D.J.Close,H.
Suehrcke,A.Masatto
|
Dep. of Mechanical
Engineering James Cook Univ.
|
|
2
|
1.1
|
Moisture in
Buildings
|
Simulation of
Moisture Transport to Assess Durability Aspects of Composite Walls
|
Netherlands
|
E.H.Tumbuan,
G.L.M.Augenbroe
|
TU Delft,Faculty
of Civil Engineering
|
|
3
|
1.1
|
Moisture in
Buildings
|
Simultaneous
Modelling of Heat and Moisture Transfer and Air-Conditioning System In
Buildings
|
Hong Kong
|
F.W.H.Yik，C.P.Underwood，
W.K.Chow
|
Dep. of Building
Services Engineering,The Hong Kong Polytechnic Univ.
|
|
4
|
1.1
|
Moisture in
Buildings
|
Manufactured
Housing Walls that Provide Satisfactory Moisture Performance in all
Climates
|
USA
|
D.M.Burch，A.TenWolde
|
National Institute
of Standards and Technology
|
|
5
|
3.3
|
HVAC Modeling
|
How to Overcome
the HVAC Simulation Obstacles
|
Germany
|
M.Madjidi,M.Bauer
|
University of
Stuttgart
|
|
6
|
2.1
|
HVAC Modeling
|
Modelling of
Gas-Fired Boiler Systems for Building/HVAC Plant Simulation
|
UK
|
V.I.Hanby，G.Li
|
Dep. of Civil and
Building Engineering Liughborough University of Technology
|
|
7
|
3.3
|
HVAC Modeling
|
Generalization in
Plant Component Modelling
|
Hong Kong
|
T.T.Chow
|
Division of
Technology City University of Hong Kong
|
|
8
|
3.4
|
HVAC Modeling
|
Detailed Modelling
and Simulation of a VAV Air-Conditioning System
|
UK
|
P.Haves
|
Dep. of Civil
& Building Engineering Loughborough University of Technology
|
|
9
|
1.1
|
Simulation
Methodology
|
Description
Induced by Modelisation Methods in the Case of Building Themal Simulation
|
France
|
H.Boyer，F.Garde，A.Lauret，J.Brau
|
Universite de la
Reunion,Faculte des Sciences Laboratoire de Genie Industriel
|
|
10
|
7.1
|
Simulation
Methodology
|
Building
Simulation in a Mathematical Programming Environment
|
Canada
|
A.K.Athienitis
|
Centre for
Building Studies Concordia Univ.
|
|
11
|
7.1
|
Simulation
Methodology
|
A Self-Emerging
Dynamic Simulation Model on a Microchip
|
UK
|
L.Jankovic
|
InteSys Ltd
University of Central England
|
|
12
|
7.4
|
Simulation Methodology
|
A Statistical
Methodology for Model Validation in the ALLAN.TM Simulation Environment
|
France
|
M.Izquierdo，G.Lefebvre，E.Palomo，F.Boudaud，A.Jeandel
|
GISE(Group
Informatique et Systemes Energetiques)-EMP/ENPC(Ecole Nationale des Ponts
et Chaussees)
|
|
13
|
1.4
|
Airflow in
Buildings
|
Numerical
Modelling of Air Flows in Buildings and Design of a Data Base of
Experiments
|
Cethil
|
P.Depecker，J.Virgone，G.Rusaouen
|
Universite Claude
Bernard
|
|
14
|
1.4
|
Airflow in
Buildings
|
A Wind Pressure
Distribution Calculation Program for Multizone Airflow Models
|
Italy
|
M.Grosso, D.Marino，E.Parisi
|
Environmental
Science and Technology Department Polytecnic University of Turin
|
|
15
|
1.5
|
Airflow in
Buildings
|
Implications of
Room Air Motion on Control of Themal Comfort in Rooms with Natural Convection Heat
Sources
|
USA
|
B.Krafthefer，D.J.Shah，K.Shultz
|
Honeywell
Technology Center
|
|
16
|
1.5
|
Airflow in
Buildings
|
Air Flow Pattern
and Temperature Field Simulation in a Large Glazed Space
|
France
|
M.Lfeuvre，D.Groleau,
C.Marenne
|
Laboratorie
CERMA-URA CNRS 1581-Ecole d'Architecture de Nantes
|
|
17
|
8.4
|
HVAC/Control
|
An Integrated
Approach for Energy Saving and Control Optimisation of Centralized
Air-Conditioning System
|
Hong Kong
|
S.Wang，J.Burnett
|
Dep. of Building
Services Engineering The Hong Kong Polytechnic Univ.
|
|
18
|
3.4
|
HVAC/Control
|
Gymnasium Fresh
Air Preheating
|
France
|
A.Trombe，L.Serres
|
Laboratoire
d'Etudes Thermiques et Mecaniques Department Genie-Civil INSA - Complexe
Scientifique de Rangueil
|
|
19
|
6.3
|
HVAC/Control
|
Intelligent
Computer Control of Air Conditioning Systems Based on Genetic Algorithm and Classiffer
System
|
Hong Kong
|
H.N.Lam
|
Dep. of Mechanical
Engineering University of Hong Kong
|
|
20
|
3.3
|
HVAC/Control
|
Night Ventilation
for Cooling Purposes，PartⅠ-Reference
Building and Simulation Model
|
Sweden
|
J.X.Ren，J.-O.Dalenback
|
Building Services
Engineering,Chalmers University of Technology
|
|
21
|
1.5
|
Simulation
Methodology
|
The Implementation
of a Computational Fluid Dynamics Algorithm within the ESP-r System
|
UK
|
J.A.Clarke，W.M.Dempster，C.Negrao
|
ESRU,Energy
Systems Division,Faculty of Engineering,University of Strathclyde
|
|
22
|
7.1
|
Simulation
Methodology
|
SimuIation and
Reasoning:Intelligent Building Themal Problem Detection
|
USA
|
A.M.Malkawi
|
The University of
Michigan College of Architecture and Urban Planning
|
|
23
|
8.6
|
Simulation
Methodology
|
A Dynamic
Hypermedia Interface Model for Energy Design in Buildings
|
USA
|
K.A.Al-Sallal，L.O.Degelman
|
Dep. of
Architecture,Texas A&M University College Station
|
|
24
|
3.3
|
Simulation
Methodology
|
HVAC Component
Model Libraries for Equation-Based SoIvers
|
USA
|
E.F.Sowell，M.A.Moshier
|
Dep. of Computer
Science California State Univ.
|
|
25
|
1.4
|
Airflow in Rooms
|
A Model of a
Displacement Ventilation System Suitable for System Simulation
|
UK
|
S.L.Rees，P.Haves
|
Dep. of Building
& Civil Engineering Loughborough University of Technology
|
|
26
|
4.3
|
Airflow in Rooms
|
Computer
Simulation of the Impact of CO2-Based Ventilation Control
|
Canada
|
R.Zmeureanu，F.Haghighat
|
Centre for
Building Studies Concordia Univ.
|
|
27
|
4.3
|
Airflow in Rooms
|
Multizone Modeling
of Three Residential Indoor Air Quality Control Options
|
USA
|
S.J.Emmerich，A.K.Persily
|
National Institute
of Standards and Technology
|
|
28
|
1.1
|
Airflow in Rooms
|
Convective Heat
Transfer in Rooms
|
UK
|
A.Hatton，H.B.Awbi
|
Dep. of
Construction Management & Engineering University of Reading
|
|
29
|
2.5
|
Storage
|
Evaluation of
Passive Cooling Strategies for Israel
|
Israel
|
S.Hassid
|
Environmental
& Water Resources engineering Department Technion-Israel Institute of
Technology
|
|
30
|
3.1
|
Storage
|
The Influence of
Climate on the Heat Transfer from Earth-Sheltered Buildings
|
USA
|
T.Forowicz
|
Lawrence Berkeley
National Laboratory Energy and Environment Division University of
California at Berkeley
|
|
31
|
2.3
|
Storage
|
A Simulation Model
Applied to Climatization Plant Performance Analysis in Presence of Thermal
Storage
|
Italy
|
L.Schibuola
|
Istituto di Fisica
Tecnica - Universita di Padova
|
|
32
|
2.3
|
Storage
|
Simulation of
Radiation Induced Melting and Solidification in the Bulk of a Translucent Building Façade
|
Switzerland
|
H.Manz,P.W.Egolf
|
Swiss Federal
Laboratories for Materials Testing and Research(EMPA)
|
|
33
|
7.1
|
Building Performance
|
On System
Simulation for Building Perfomance Evaluation
|
UK
|
J.Hensen
|
Energy Systems
Research Unit University of Strathclyde
|
|
34
|
7.4
|
Building Performance
|
A Confirmation
Technique for Thermal Perfomance Simulation Models
|
Australia
|
T.J.Williamson
|
Dep. of
Architecture University of Adelaide
|
|
35
|
2.5
|
Building Performance
|
Zero-Energy Houses
in The Netherlands
|
Netherlands
|
W.Gilijamse
|
Interfaculty Dep.
of Environmental Science University of Amsterdam
|
|
36
|
8.2
|
Building Performance
|
Decision Support
Tools for Building Code Energy Efficiency Compliance
|
New Zealand
|
M.Donn，N.Isaacs，J.Lee，P.Bannister
|
CBPR,Victoria
University
|
|
37
|
4.2
|
Daylighting
|
A Simulation
Approach to Detemine a Visual Comfort Index including Daylight For
Adequate Building Performance Evaluation
|
Germany
|
F.Sick
|
Fraunhofer
Institute Solar Energy Systems
|
|
38
|
1.2
|
Daylighting
|
Simulation of Sky
Luminance Distribution for Daylighting Studies
|
Netherlands
|
K.Davies, M.van
der Voorden
|
Faculuty of
Architecture Delft Unixersity of Technoogy
|
|
39
|
5.1
|
Daylighting
|
Advancing Lighting
and Daylighting Simulation:The Transition from Analysis to Design Aid
TooIs
|
USA
|
R.J.Hitchcock
|
Energy and
Environment Division Building Technologies Program Lawrence Berkeley
Laboratory University of California
|
|
40
|
7.4
|
Error Analysis and
Fault Detection
|
An Error Analysis
Method Applied to a Building Simulation Software:An Example of Application and
Its Results
|
France
|
L.Tabary，N.Ramdani
|
Eledtricite
de France - Les Renardieres
|
|
41
|
4.1
|
Error Analysis and
Fault Detection
|
Uncertainty
Analysis in Building Themal Modelling
|
Netherlands
|
M.S.de Wit
|
TUDelft,Dep. of
Civil Engineering
|
|
42
|
6.6
|
Error Analysis and
Fault Detection
|
Fault
Identification in Air Handling Units Using Physical Models and Neural
Networks
|
France
|
R.Dumitru，D.Marchio
|
Ruxandra Dumitru
and Dominique Marchio Ecole des Mines de Paris
|
|
43
|
6.6
|
Error Analysis and
Fault Detection
|
Generic Modelling
of HVAC Plant fbr Fault Diagnosis
|
UK
|
A.L.Dexter,M.Benouarets
|
Dep. of
Engineering Science University of Oxford
|
|
44
|
8.1
|
Training in Simulation Metbods
|
Recent Experiences
and Developments in the Training of Simulationists
|
UK
|
J.Hand，J.Hensen
|
Energy Systems
Research Unit,University of Strathclyde
|
|
45
|
8.1
|
Training in Simulation Metbods
|
Computer-Aided
Training of Bioclimatic Architectural Design-Experience with Teachware for
Building Performance Prediction
|
Germany
|
M.G.Tuschinski
|
Institute of
Building Economy,Architecture and Urban Planning University of Stuttgart
|
|
46
|
8.1
|
Training in Simulation Metbods
|
Teaching Building
Simulation with the Help of General Purpose Dynamical Modeling Software
|
Switzerland
|
H.U.Fuchs，M.Simon
|
Dep. of
Physics,Technikum Winterthur
|
|
47
|
7.2
|
Training in Simulation Metbods
|
A Simplified
Coupled Model for Thermal Behavior and Air Flows Simulation in Urban
Spaces
|
France
|
F.Pignolet-Tardan，P.Depecker，J.C.Gatina
|
Laboratoire de
Genie Industriel, Universite de la Reunion
|
|
48
|
8.4
|
Illumination
|
LightPADTM 2.0-A
Portable Audit and Design（PAD）Tool for Evaluating Retrofit Lighting
Options
|
USA
|
K.F.Johnson，G.K.Hart，T.McDougall
|
Electric Power
Research Institute
|
|
49
|
1.2
|
Illumination
|
The Application，Validation and
further Development of RADIANCE:Some UK Activities
|
UK
|
J.Mardaljevic,K.J.Lomas
|
ECADAP Centre,
Institute of Energy and Sustainable Development De Montfort University
|
|
50
|
1.2
|
Illumination
|
A Generative
Simulation Tool for Architectural Lighting
|
USA
|
A.Mahdavi，L.Berberidou-Kallivoka
|
Center for
Building Performance and Diagnostics Dep. of Architecture Carnegie Mellon
Univ.
|
|
51
|
8.5
|
Simulation Methods
|
Automatic
Generation of Complex Simulation Tools-Models of Buildings with Solar Heating Systems
|
Denmark
|
K.Wittchen，S.Ostergaard
Jensen，K.Engelund Thomsen
|
Danish Building
Research Institute
|
|
52
|
3.3
|
Simulation Methods
|
Design of PowerDOE，a WindowsTM－Based Visually
Oriented Analysis Tool
|
USA
|
J.J.Hirsch，F.C.Winkelmann，W.F.Buhl，K.L.Ellington，J.S.McMenamin,Ⅰ.Rohmund，S.A.Criswell，A.Bhimani，B.Spurlock，D.J.Borstein，K.F.Johnson
|
Hirsch &
Associates
|
|
53
|
3.3
|
Simulation Methods
|
Incorporating a
Modular System Simulation Program into a Large Energy Analysis Program:the
Linking of IBLAST and HVACSIM＋
|
USA
|
R.R.Metcalf，R.D.Taylor，C.O.Pedersen，R.J.Liesen，D.E.Fisher
|
University of
Illinois at Urbana-Champaign
|
|
54
|
8.5
|
Simulation Methods
|
A Neural Network
Modeling Approach Applied to Energy Conservation Retrofits
|
USA
|
D.A.Cohen，M.Krarti
|
Architectural
Enery Corporation
|
|
55
|
3.3
|
Integration of
Simulation
and Design Tools
|
An Interactive
Energy Design and Simulation Tool for Building Designers
|
USA
|
V.I.Soebarto，L.O.Degelman
|
Dep. of
Architecture Texas A&M University College Satation
|
|
56
|
7.2
|
Integration of
Simulation
and Design Tools
|
Integration of
Building Energy Simulation and HVAC Design Tools in the COMBINE Project
|
Ireland
|
M.Mellotte，J.Flynn，P.F.Monaghan
|
Thermal
Engineering Research Unit(CATERU) Manufacturing Research Centre University
College Galway
|
|
57
|
7.2
|
Integration of
Simulation
and Design Tools
|
The development of
an Intelligent, Integrated Building Design System Within the European
COMBINE Project
|
UK
|
J.A.Clarke，J.W.Hamd, D.F. Mac
Randal
|
ESRU,Energy
Systems Division,Faculty of Engineering,University of Strathclyde
|
|
58
|
7.2
|
Integration of
Simulation
and Design Tools
|
Integrating
Simulation Tools into the Design Process
|
UK
|
D.Mac Randal
|
Rutherford
Appleton Laboratory
|
|
59
|
7.1
|
Calibration of
Simulation Models
|
Using Data
Visualization Tools for the Calibration of Hourly DoE-2.1 Simulations
|
USA
|
J.A.McCray,P.L.Bailey，J.L.Parker，R.Gillman
|
RLW Analytics Inc.
|
|
60
|
8.5
|
Calibration of
Simulation Models
|
Development of a
Database of Building Envelope Simulations for Evaluating Building Envelope
Retrofits
|
USA
|
D.B.Crawley
|
U.S. Dep. of
Energy
|
|
61
|
7.4
|
Calibration of
Simulation Models
|
An Improved
Procedure for Developing Calibrated Hourly Simulation Models
|
USA
|
T.Bou-Saada,J.S.Haberl
|
Energy Systems
Laboratory Texas A&M University System College Station
|
|
62
|
7.4
|
Calibration of
Simulation Models
|
Comparison of Cost
and Energy Savings in an Existing Large Building as Predicted by Three
Simulation Programs
|
Canada
|
R.Zmeureanu,L.Pasqualetto，F.Bilas
|
Centre for
Building Studies ,Concordia University
|
|
63
|
8.1
|
Applications
|
Transfering
Computer Based Energy Analysis Tools to Practice:The Whys and Whats of Simplification
|
Finland
|
Ⅰ.Aho
|
Technical Research
Centre of Finland (VTT) VTT Building Technology
|
|
64
|
8.1
|
Applications
|
Transfering
Simulation Techniques to End-Users-Application to TRNSYS
|
France
|
R.Pelletret，
S.Soubra，
W.Keilholz
|
|
|
65
|
7.3
|
Applications
|
Opportunistic
Software Development
|
Canada
|
R.C.Sonderegger
|
SRC Systems,Inc.
|
|
66
|
8.6
|
Applications
|
Building
Simulation in Application
|
Germany
|
M.Schuler
|
TRANSSOLAR
Energietedhnik GmbH
|
|
67
|
7.1
|
Advanced Simulation
Methods
|
Synchronous
Generation of Homologous Representations in an Active，Multi-Aspect Design Environment
|
USA
|
A.Mahdavi,P.Mathew
|
Center for
Building Performance and Diagnostics,Dep. of Atchitecture,Carnegie Mellon
University
|
|
68
|
7.1
|
Advanced Simulation
Methods
|
A Translator from
NMF to SPARK
|
France
|
J.M.Nataf
|
GISE-EMP/ENPC
|
|
69
|
7.1
|
Advanced Simulation
Methods
|
Future Trends of
the Neutral Model Fomat（NMF）
|
Sweden
|
P.Sahlin,A.Bring，K.Kolsaker
|
Dep.of Building
Services Engineering, Royal Institute of Technology
|
|
70
|
7.1
|
Advanced Simulation
Methods
|
Generating Reduced
Modal Models of Buildings for ALLAN.TM simulation
|
France
|
G.Lefebvre，J.-M.Nataf，A.Oulefki，
A.Jeandel，E.Givois，P.Briand，0.Noel
|
Groupe
Informatique et Systemes Energetiques
|
|
71
|
1.1
|
Heat Transrer
|
Analytical and
Numerical Analysis of Dynamic Insulation
|
Sweden
|
P.Wallenten
|
Dep.of Building
Science,Lund Institute of Technology
|
|
72
|
1.1
|
Heat Transrer
|
Themal Bridge
Assessments
|
UK
|
P.Strachan A.Nakhi C.Sanders
|
Energy Systems
Research Unit, University of Strathclyde
|
|
73
|
1.1
|
Heat Transrer
|
Modelling and
Dimensioning a Hot Water Floor Heating System
|
France
|
D.Caccavelli，B.Bedouani，J.Baude
|
Centre
Scientifique et Technique de Batiment Service Genie Energetique et
Climatique
|
|
74
|
1.1
|
Heat Transrer
|
Parameter
Identification to Analyse Heat Insulation Measurements
|
Germany
|
O.Gutschker，H.Rogaβ，A.Donath
|
Technical
University Cottbus, Dep.of Applied Physics
|
|
75
|
7.4
|
Calibration of
Simulation Programs
|
Empirical
Validation of Three Thermal Simulation Programs Using Data from a Passive Solar
Building
|
UK
|
H.Eppel，K.J.Lomas
|
ECADAP
Centre,Institute of Energy and Sustainable Development, De Montfort
University
|
|
76
|
7.4
|
Calibration of
Simulation Programs
|
New Techniques for
Validating Building Energy Simulation Progrms
|
UK
|
D.Bloomfield，Y.Candau，P.Dalicieux，S.Delille，S.Hammond，K.J.Lomas，C.Martin，F.Parand，J.Patronis，N.Ramdani
|
The Building
Research Establishment
|
|
77
|
7.4
|
Calibration of
Simulation Programs
|
With What
Confidence can an Architect use a CFD Codes Package as a Building Environmental
Design Tool？Case Study of the
Search for an Indonesian Roof Chimney
|
New Zealand
|
M.Donn，P.Satwiko
|
CBPR,Victoria
Univ.
|
|
78
|
7.1
|
Calibration of
Simulation Programs
|
Stochastic
Simulations Against Deteministic Ones:Advantages and Drawbacks
|
France
|
E.Palomo，G.Lefebvre
|
GISE(Group
Informatique et Systemes Energetiques)-EMP/ENPC(Ecole Nationale des Ponts
et Chaussees)
|
|
79
|
8.6
|
Integration of
Design
and Simulation Methods
|
Some Experiments
on Implementing Collaborative Building Design Environments
|
UK
|
Y,Z.Chen，D.Robinson，Ⅰ.Frame, T.W.Maver
|
Building
Performance Researdh Unit Anglia Polytechnic Univ.
|
|
80
|
7.2
|
Integration of
Design
and Simulation Methods
|
Building Energy
and System Simulation Programs:Model Development,Environment And Integration
|
Switzerland
|
G,Zweifel，V.Dorer，M.Koschenz，A.Weber
|
EMPA Section 175
Building Equipment
|
|
81
|
3.3
|
Integration of
Design
and Simulation Methods
|
Mappings for
Integrating Design Tools
|
New Zealand
|
R.Amor，J.Hosking
|
Dep. of Comuputer
Science University of Auckland
|
|
82
|
3.1
|
Integration of
Design
and Simulation Methods
|
Modeling Office
Buildings with DOE-2
|
ＵＳＡ
|
T.Steele
|
Bonneville Power
Administration
|
|
83
|
3.1
|
Software
Demonstrations
|
The Heat Balance
Loads Calculator:A Windows-Based Program for Calculating Heating and
Cooling Loads for Buildings
|
USA
|
M.M.Pflaum,C.O.Pedersen，L.Lawrie
|
University of
Illinois,USACERL-Urbana-Champaign
|
|
84
|
3.1
|
Software
Demonstrations
|
Software for
Window Solar Gain Analysis
|
USA
|
R.McCluney
|
Florida Solar
Energy Center
|
|
85
|
7.1
|
Software
Demonstrations
|
ISLECR A
Self-Emerging Dynamic Simulation Model
|
UK
|
L.Jankovic
|
InteSys Ltd
University of Central England
|
|
86
|
3.3
|
Software
Demonstrations
|
PowerDOE:A
WindowsTM-Based Visually Oriented Analysis Tool
|
USA
|
J.J.Hirsch，F.C.Winkelmann，W.F.Buhl,
K.L.Ellington，J.S.McMenanim，Ⅰ.Rohmund，S.A.Criswell，A.Bhimani，B.Spurlock,
D.J.Borstein，K.F.Johnson
|
Hirsch &
Associates
|
|
87
|
1.4
|
Software
Demonstrations
|
CONTAM94-A
Multizone Airflow and Contaminant Dispersal Model with a Graphic User Interface
|
USA
|
G.N.Walton
|
National Institute
of Standards and Technology
|
|
88
|
3.3
|
Software
Demonstrations
|
DOE Building TooIs
Demonstrations
|
USA
|
D.B.Crawley
|
U.S.Dep. of Energy
|
|
89
|
8.4
|
Software
Demonstrations
|
Market ManagerTM
for Windows-MMWIN
|
USA
|
R.C.Sonderegger
|
SRC Systems,Inc.
|
|
90
|
7.2
|
Software
Demonstrations
|
IDA-An Environment
for Building and Energy Systems Simulation
|
Sweden
|
A.Bring，L.Eriksson，H.Hemansson，M.Lindgren，P.Sahlin
|
Bris Data AB
|
|
91
|
7.2
|
Software
Demonstrations
|
Software
Description for ENER-WIN:A Visual Interface Model for Hourly Energy Simulation in
Buildings
|
USA
|
L.O.Degelman，
V.I.Soebarto
|
Dep.of
Architecture Texas A&M Univ.
|
|
92
|
8.4
|
Software
Demonstrations
|
Loanstar Public
Domain Software for Data Analysis and Data Viewing
|
USA
|
J,Haberl， D.Claridge，R.Sparks，K.Kissock
|
Energy Systems
Laboratory Texas Engineering Experiment Station Texas A&M Univ.
College Station
|
|
93
|
7.2
|
Software
Demonstrations
|
BASECALCTM:New
Software for Modelling Basement and Slab-on-Grade Heat Losses
|
Canada
|
Ⅰ.Beausoleil-Morrison，G.Mitalas，C.McLarnon
|
CANMET,Natural
Resources Canada
|
|
94
|
7.2
|
Software
Demonstrations
|
Demonstration of
TRNSYS Use in Building Simulations
|
USA
|
N.J.Blair，J.W.Mitchell，W.A.Beckman
|
Solar Energy
Laboratory University of Wisconsin
|
|
95
|
7.4
|
Software
Demonstrations
|
Visualize-ITTM
Model Calibration Tool Kit
|
USA
|
J.McCray，P.Bailey，
J.L.Parker
|
RLW Analytics,Inc.
|