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Session
Title
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ƒ^ƒCƒgƒ‹
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’˜ŽÒ–¼
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’˜ŽÒŠ‘®‹@ŠÖ
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ARCHITECT/
ENGINEER
APPLICAT10NS
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1
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8.1
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General
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BEPAC
– Building Environmental Performance Analysis Club
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UK
|
Stephen
J.Irving
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BEPAC
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2
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7.3
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General
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Promising
(& not so Promising) Developments in Energy Analysis Software
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UK
|
Dwight
A. Beranek Linda
K.Lawrie
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U.S.
Army Corps of Engineers
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3
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3.3
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Interface
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Modelling
of Thermal Systems from Technical Sketches to Equations
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Belgium
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Jean
Lebrun
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Universite
de Liege
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4
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7.1
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Interface
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Calpas4
- Four Years Later
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USA
|
Charles
S.Barnaby
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BSG
Software
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5
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7.3
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Real
Buildings
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Building
Simulation Reconciliation Using Empirical Data
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Canada
|
Manuel
Carabott
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Engineering
Interface Limited
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6
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6.3
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Real
Buildings
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Simulation
& Optimization in the Real Time Control of Building Environmental
Systems
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USA
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Z.Cumarli
0.Sezgen
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CCB/Cumali
Associates
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7
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3.4
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Real
Buildings
|
A
Building & Plant Real Time Simulation System
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China
|
Q.S.
Yan Yi Jiang
Y.X. Zhu
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Dep.of
Thermal Engineering, Tsinghua University
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8
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7.2
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Lighting
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The
Interaction of Building Lighting & HVAC Systems
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USA
|
Jay
P.Conniff Robert
A
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Ross
& Baruzzini, Inc.
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9
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5.1
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Lighting
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Simulation
in Lighting Cost Analysis
|
USA
|
Clay
Belcher
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University
of Kansas
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10
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3.6
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Lighting
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Impact
of Interior Lighting Power Reductions on Commercial Building Energy Use
|
USA
|
Timothy
R. Steele
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Bonneville
Power Administration
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11
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1.2
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Lighting
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The
Simulation of Building Lighting Systems
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UK
|
J.A.Clarke
M.Grant, ABACUS, University of Strathclyde
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ESRU(Energy
Simulation Research Unit University of Strathclyde)
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12
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5.1
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Daylight-Windows
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Luminance
in Computer-Aided Lighting Design
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USA
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Gregory
J. Ward Francis M.
Rubinstein Anat
Grynberg
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Lighting
Systems Research Group,Lawrence Berkeley Laboratory
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13
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1.2
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Daylight-Windows
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Daylighting
in a Hot-Arid Area
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USA
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Jong-Jin
Kim
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School
of Architecture ,Arizona State University
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14
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3.1
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Daylight-Windows
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Window
Energy Performance Comparison Program for Non-Residential Buildings
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USA
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Ross
McCluney
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Florida
Solar Energy Center
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15
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3.6
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Daylight-Windows
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Verification
of Energy Savings in Residential Housing
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Germany
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Rolf
Diemer
|
University
of Stuttgart
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16
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8.5
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Daylight-Windows
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RESEM:
An Evaluation Tool for Energy Retrofits in Institutional Buildings
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USA
|
William
L. Carroll Bruce E.
Birdsall Robert J.
Hitchcock Ronald C.
Kammerud
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Applied
Science Division , Lawrence Berkeley Laboratory
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17
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7.1
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Daylight-Windows
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Development
of a Methodology to Evaluate the Energy & Comfort Performance
ofFenestration
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USA
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R.
Sullivan S. Selkowitz
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Applied
Science Division , Lawrence Berkeley Laboratory
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MODEL
AND CODE DEVELOPMENT
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18
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1.1
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Ground
Transfer
|
Multiple
Input Transfer Function Model of Ground Heat Transfer
|
USA
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JoAnn
Amber Curtis O.
Pedersen
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U.S.
Army CERL
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19
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3.1
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Ground
Transfer
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Three
Dimensional Modelling of Slab-on-Grade Heat Transfer
|
USA
|
William
P. Bahnfleth Curtis
O. Pedersen
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U.S.
Army CERL
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20
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7.1
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Next
Generation
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Object-Oriented
Programming, Equation-Based Submodels, and System Reduction in SPANK
|
USA
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Edward
F. Sowell W. Fred
Buhl Jean-Michel Nataf
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Dep.of
Computer Science, California State University
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21
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7.3
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Next
Generation
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A
Neutral Format for Building Simulation Models
|
USA
|
Per
Sahlin Edward F.
Sowell
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Swedish
Institute of Applied Mathematics
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22
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1.1
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Next
Generation
|
Considerations
for Advanced Building Thermal Simulation Programs
|
USA
|
George
N. Walton
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National
Institute for Standards and Technology
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23
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7.3
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Modelling
Technology
|
Building
Performance Simulation in a Commercial Software Environment
|
USA
|
Robert
C.Sonderegger
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Sr.
VP,Research & Development Morgan Systems Corp.
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24
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3.3
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Modelling
Technology
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Techniques
for Simultaneous Simulation of Buildings & Mechanical Systems in
Heat Techniques for Simultaneous Simulation of Buildings &
Mechanical Systems in Heat Balance
Based Energy Analysis Programs
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USA
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Michael
J. Witte Curtis O. Pedersen
Jeffrey Spitler
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Dep.of
Mechanical and Industrial Engineering University of Illinois
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25
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7.1
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Modelling
Technology
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Concepts
Supporting Reuse of Models
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Sweden
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Sven
Erik Mattsson
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Dep.of
Automatic Control Lund lnstitute of Technology
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26
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8.4
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Modelling
Technology
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Building
Energy Simulations for Design, Evaluation, Commissioning, Control
&Diagnostics
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USA
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Kris
Subbarao J.D.Burch
C.E.Hancock
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Solar
Energy Research Institute
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27
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7.1
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Modelling
Technology
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Model-Based
Computer Aided Modelling:A Approach for Building Energy Simulation
Improvement
|
France
|
Anne-Marie
Dubois
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CSTB(Center
Scientifique et Technique du Batiment)
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28
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8.3
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Modelling
Technology
|
Product
Models of Buildings and Their Relevance to Building Simulation
|
Finland
|
Bo-Christer
Bjork
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Technical
Research Centre of Finland
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29
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3.3
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Modelling
Technology
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Building
& HVAC Simulation: The Need for Well-Suited Models
|
France
|
Louis
Laret
|
CSTB
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30
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8.4
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Validation
|
Computer
Simulation/End-Use Metering or "Can We Count on Energy Savings
Estimates in Designing Demand-Side Programs? "
|
USA
|
Dick
Jamieson StephenB. Harding
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Bonneville
Power Adminstration
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31
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8.4
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Validation
|
How
Good Are Single Zone – Monthly Based - Correlation Methods for
Building Energy and Comfort Performance Assessment
|
Belgium
|
Rik
Van de Perre A.Massart
|
Vrije
Universiteit Brussel
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32
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7.4
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Validation
|
Evaluation
Procedures for Building Thermal Simulation Programs
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UK
|
David
P.Bloomfield
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Systems
Performance Prediction Section, Building Research Establishment
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33
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3.6
|
International
Energy Agency
|
Evaluation
of Energy Use of Buildinngs, Systems, & Plants
|
Germany
|
Wolfram
Stephan
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University
of Stuttgart
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34
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2.5
|
International
Energy Agency
|
A
Summaly of Building Energy Design & Analysis Tool Evaluation Results
from IEA Task 8
|
USA
|
Michael
J. Holtz David N.
Wortman
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Architectural
Energy Corporation
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35
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8.6
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International
Energy Agency
|
Advances
in Building Simulation
|
Canada
|
Dan
Seth
|
Research
Development and Demonstration,Technology Public Works Canada
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36
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8.6
|
International
Energy Agency
|
Discussion
Paper on IEA Annex XXI - Calculation of Energy and Environmental
Performance of Buildings
|
Canada
|
Dan
Seth
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Research
Development and Demonstration,Technology Public Works Canada
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SOFTWARE
USERS
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37
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4.3
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IAQ
Modelling
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Indoor
Air Quality Simulation: IAQPC
|
USA
|
M.Kathleen
Owen P.A. Lawless
D.S. Ensor
|
Research
Triangle Institute and L.E .Sparks
|
38
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1.4
|
IAQ
Modelling
|
The
COMIS Infiltration Model
|
USA
|
Helmut
Feustel Francis
Allard Victor B.
Dorer Mario Grosso
Magnus Herrlin Liu
Mingsheng J.C. Phaff Yasuo Utsumi
Hiroshi Yoshino
|
Applied
Science Division Lawrence Berkeley Laboratory
|
39
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7.3
|
IAQ
Modelling
|
Predictions
of Thermal Comfort & Pollutant Distributions for a
Thermostatically-Controlled, Air-Conditioned, Partitioned Room:
Numerical Results and Enhanced Graphical Presentation
|
USA
|
Mark
White L.Loren Eyler
|
Pacific
Northwest Laboratory
|
40
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8.7
|
IAQ
Modelling
|
Perturbations
in AtmospheriC Density Caused by High Rise Buildings and Their
Effect on Atmospheric Observations - A Case Study
|
USA
|
Richard
E. Kirts Calvin A.
Kodres
|
U.S.
Naval Civil Engineering Laboratory
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41
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1.4
|
IAQ
Modelling
|
The
Cost of Increased Ventilation Air
|
Canada
|
Earnest
S. McCutcheon Marino
Vardabasso
|
RTM
Engineering Ltd.
|
42
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1.4
|
IAQ
Modelling
|
A
New Model to Compute Air Distribution
|
France
|
Roger
Pelletret Hala Khodr
|
CSTB
|
43
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3.1
|
Approaches
|
A
Primer on the Use of Coefficients in Building Simulation Analysis
|
USA
|
Jeffrey
D. Spitler Daniel E.
Fisher David C.
Zietlow
|
Dep.of
Mechanical and Industriail Engineering University of Illinois
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44
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7.3
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Approaches
|
Building
Energy Simulation: Delivering the Power to the Profession
|
UK
|
Joe
A. Clarke J.
Rutherford
|
ESRU,
University of Strathclyde
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45
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7.3
|
Approaches
|
The
Use of the Combine Program with DOE2.C1C
|
USA
|
Michael
Hatten
|
Brown
& Caldwell Consulting
|
46
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6.6
|
Controls
|
Rule-Based
Diagnostic Method for HVAC Fault Detection
|
USA
|
Stanley
T.Liu George E.Kelly
|
Center
for Building Technology National
Institute of Standards and Technology
|
47
|
6.6
|
Controls
|
Simulation
of Local Loop Controls
|
UK
|
Philip
Haves A.L. Dexter
|
University
of Oxford
|
48
|
7.1
|
Moisture
Modelling
|
Modelling
Heat, Moisture and Contaminant Transport in Buildings: Toward a New
Generation of Software
|
USA
|
Alp
Kerestecioglu Muthusamy
Swami Philip Fairey Lixing Gu
Subrato Chandra
|
Florida
Solar Energy Center
|
49
|
8.6
|
Moisture
Modelling
|
Condensation
Targeter: The Integration of a Thermal and Moisture Model
|
UK
|
Tadj
Oreszczyn David Boyd
Paul Cooper
|
Research
Associate Polytechnic of
Central London
|
50
|
3.1
|
Moisture
Modelling
|
The
Analysis of Enthalpy Control Strategies & Its Application in Hot
& Humid Climates
|
Taiwan
|
K.H.Yang
R.L.H.Hwang Y.P.Ker
|
Institute
of Mechanical Engineering National
Sun Yat-Sen University
|
51
|
3.1
|
HVAC
Modelling
|
Thermal
Energy Storage System Sizing
|
USA
|
Dominique
Dumortier Ron
Kammerud Bruce
Birdsall Brandt Andersson Joe
Eto William L. Carroll
Fred Winkelmann
|
Lawrence
Berkeley Laboratory
|
52
|
3.3
|
HVAC
Modelling
|
Development
of a Component Program Libraly for Building Energy Simulation -
A Japanese Experience
|
Japan
|
Hisaya
lshino Masanori
Shukuya Kimiko Kohri
|
Dep.of
Architecture Engineering, Tokyo Metropolitan University
|
53
|
8.6
|
HVAC
Modelling
|
Commercial
Building HVAC Technology Screening Tools
|
USA
|
Ingrid
Rohmund
|
Regional
Economic Research
|
54
|
2.1
|
HVAC
Modelling
|
Accurate
Boiler Models for Large Scale Simulation
|
France
|
Louis
Laret
|
CSTB
|