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Publications
for FY 2002:
Computer
Modeling of Heat Transfer and Comparison for PVC Casement Window
– U-Factor and CR Simulations Using WINDOW 5 and THERM 5
Computer
Modeling of Heat Transfer and Comparison for PVC Casement Window
– U-Factor and CR Simulations Using THERM 2.1a and WINDOW
4.1
"Role
of Computer Simulations in Window Ratings and Design". Energy
Efficiecnt Windows and Building Design Conference, New Delhi and
Bangalore, India.
Role
of Computer Simulations in Window Ratings and Design - Presentation
Progress
Report (Shaoping Quan) - 1/14/02
Condensation
Resistance Advancements - Presentation at NFRC
Technical
Report - The study of convection heat transfer in triple glazing
systems
Technical
Report: Comparison of the results of numerical modeling of convection
heat transfer in glazing cavities with ISO 15099 and WINDOW 4.1
correlations.
Non
Continuous Thermal Bridge Elements - NFRC Simulation Manual Addition
Progress
Report (Hua Yang) - 2/3/02 "Transition to Turbulence of Buoyant
Flows In Vertical Confined Enclosures"
THERM
HEAT TRANSFER ANALYSIS OF SIMULATION ROUND ROBIN 1998-99
Computer
Modeling Results for NFRC Simulation Round Robin 2000 (SRR00)
Window using THERM and WINDOW Computer Programs
Computer
Modeling Results for NFRC Simulation Round Robin 1999 (SRR99)
Window Using THERM and WINDOW Software
Progress
Report (Hua Yang) - 2/21/02 "Turbulent Natural Convective
Heat Transfer in Vertical Rectangular Cavitie"
Progress
Report (Hua Yang) - 2/21/02 "Laminar Natural Convective Flow
in Inclined Rectangular Glazing Cavities"
Computer
Modeling of Heat Transfer and Comparison for NFRC No4 Window with
Different Emissivity around Frame – U-Factor and CI Simulations
Thermal
Comparison of the Trr01 Window with Some Change of the Geometry
Technical
Report: The Estimation of the Natural Convection Heat Transfer
and Flow in Enclosure Modeling Steady-State Conditions in Laboratory
Thermal Chambers
Modeling
Tubular Daylighting Devices - Final Proposal for an NFRC Method
Trip
Report: ISO Meeting
Technical
Report: A Comparison of Turbulence Natural Convection Modeling
Prediction to Experimental Data for an Air Filled Square Cavity
ISSUES
AND CHALLENGES OF ENERGY RATING OF FENESTRATION PRODUCTS - Presentation
at IEA Meeting
COMPONENT
PERFORMANCE ASSESMENT METHODOLOGY (CPAM) PART I: ISSUES AND RESEARCH
NEEDS - Presentation at IEA Meeting
IEA
Report: COMPONENT PERFORMANCE ASSESMENT METHODOLOGY (CPAM) PART
I: ISSUES AND RESEARCH NEEDS
SELECTION
OF REPRESENTATIVE PRODUCTS FOR RATING FENESTRATION SYSTEMS IN
COMMERCIAL (SITE-BUILT) PROJECT - Presentation at NFRC meeting
INTERNATIONAL
ACTIVITIES - Presentation at NFRC Meeting
Computer
Modeling of Heat Transfer For NFRC 1999-2000 Testing Round Robin
Window – U-Factor and CI Simulations Using WINDOW 4.1 and
THERM 2.1a
Computer
Modeling of Heat Transfer For NFRC 1999-2000 Testing Round Robin
Window – U-Factor and CR Simulations Using WINDOW 5 and
THERM 5
Technical
Report: Numerical Study of Turbulent Natural Convection Over A
Backward Facing Step
Summary
Report: International Activities for the year 2002
Technical
Report: Numerical Study of Mixed Convection Heat Transfer and
Flow in Enclosure Modeling Steady-State Conditions in Laboratory
Test Chamber
Progress
Report (Shaoping Quan) - 5/31/02
Progress
Report (Jia Ou) - 6/10/02
Position
paper: Rating Site-Built Products Under the NFRC System
Computer
Modeling of Heat Transfer For NFRC 1997 Testing Round Robin Window
– U-Factor and CR Simulations using WINDOW 5 and THERM5
Computer
Modeling of Thermal Performance of 2001 NFRC Testing Round Robin
Window – U-Factor and CR Simulations Using WINDOW 5 and
THERM 5
Computer
Modeling of Heat Transfer For NFRC 2002 Simulation Round Robin
(SRR02) Representing Curtain Wall with Bolt – U-Factor and
CR Simulations Using WINDOW 4.1 and THERM 2.1a
Computer
Simulations of Heat Transfer For 2002 NFRC Simulation Round Robin
Window (SRR02) – U-Factor and CR Simulations Using WINDOW
5 and THERM 5
The
Application of ISO 15099 to NFRC 100 and 200
Change
in Modeling Assumptions for NFRC 100 and 200
Frame
Temperatures and Corresponding Convective Surface Heat Transfer
Coefficients for NFRC 100 and 200
INVESTIGATION
OF THE EFFECTS OF FENESTRATION SYSTEMS ON THE ENERGY PERFORMANCE
OF A TYPICAL COMMERCIAL BUILDING - Presentation at NFRC
COMPONENT
MODEL APPROACH IN MODELING SITE BUILT PRODUCTS - Presentation
at NFRC
Technical
Report: ANALYSIS OF CTS CALIBRATION DATA SUBMITTED BY ATI AS A
PART OF NFRC RESEARCH PROJECT “CALIBRATION OF THERMAL TESTING
METERING CHAMBERS USING CTS PANELS.
Technical
Report: Using software Gambit 2.0 and Fluent 6.0 for simulation
of heat mass transfer problems
Progress
Report (Hua Yang) - 7/29/02 (Natural Convective Flow in Inclined
Rectangular Glazing Cavities—3D study)
Technical
Report: Sensitivity Study of Material Conductivity Change.
Trip
Report: China - 8/14/02
USA-Russia
Energy Efficient Window Tests and Simulation Round-Robin
The
Application of ISO 15099 to Russian Standard GOST 26602.1: "Windows
and Doors: Determination of Thermal Resistance" and SNiP
II.3.79
Technical Report: Turbulent Heat Transfer in Buoyancy-Driven Natural
Convection in Vertical Enclosures
Energy
Efficient Windows and Building Design * Software Workshop * -
Presentation at Bangalore and New Delhi, India
Energy
Efficient Windows and Building Design * Software Workshop * Building
Simulation Tools - Presentation
at Bangalore and New Delhi, India
Lab
Report: Using of Gambit 2.0 and Fluent 6.0 software for 3-Dim
heat transfer window modeling
Technical
Report: COMPARISON OF RESULTS FOR 11 FENESTRATION SYSTEMS USING
NFRC 100-2002 (WINDOW5/THERM5) vs. NFRC 100-97 (W4.1/THERM2.1a)
COMPARISON
OF RESULTS FOR 11 FENESTRATION SYSTEMS USING NFRC 100-2002 (WINDOW5/THERM5)
vs. NFRC 100-97 (W4.1/THERM2.1a) - Summary Table Only
Summary
Report: Projected Validation of the New NFRC Simulation and Testing
Procedure
INVESTIGATION
OF THE EFFECT OF CONSIDERING NFRC STANDARD SIZE U FACTOR FOR THE
FENESTRATION SYSTEMS ON THE ENERGY PERFORMANCE OF A TYPICAL COMMERCIAL
BUILDING - Addendum Report
Technical
Report: COMPONENT MODEL APPROACH IN MODELING SITE BUILT PRODUCTS
Position
Paper: Current Simplifications in Fenestration Computer Models
Technical
Report: INVESTIGATION OF THE EFFECTS OF FENESTRATION SYSTEMS ON
THE ENERGY PERFORMANCE OF A TYPICAL COMMERCIAL BUILDING
Technical
Report: COMPARISON OF RESULTS FOR 104 GLAZING UNITS AT TWO DIFFERENT
ORIENTATIONS NFRC 100-2002 (WINDOW5) vs. NFRC 100-97 (W4.1)
ISO
15099: Thermal Performance of Windows, Doors and Shading Devices
— Detailed Calculations. Final Draft
"SOLAR
ABSORPTION IN THICK AND MULTILAYERED GLAZINGS". WREC Conference
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