|
Publications
for FY 2003:
Progress
Report (Bhaskar Adusumali) - 9/4/03 (Simulation of Natural convective
Heat Transfer of 3D Glazing Cavity)
Progress
Report (Sneh Kumar) - 9/4/03 (3-D HEAT TRANSFER MODELLING OF WOOD
WINDOW USING GAMBIT 2.0 AND FLUENT6.0 SOFTWARE)
Progress Report (Bhaskar Adusumali) - 10/8/03 (Performing a mesh
study to optimize the simulation time and predict accurate heat
transfer results for an inclined 3D Glazing Cavity from simulations
on FLUENT)
Analysis
of energy performance of selected fenestration systems in commercial
buildings - Presentation at ASHRAE 90.1
Technical
Report: Analysis of energy performance of selected fenestration
systems in commercial buildings
Listing
of Assumptions for Energy Analysis of Typical Commercial Buildings
for ASHRAE 90.1
"Two-Dimensional
Computational Fluid Dynamics and Conduction Simulations of Heat
Transfer in Window Frames with Internal Cavities - Part 1: Cavities
Only". Submitted to ASHRAE
Technical
Report: COMPONENT MODEL APPROACH IN MODELING NON-RESIDENTIAL FENESTRATION
PRODUCTS - Version 3
STANDARD
TEST PROCEDURE AND COMPUTER MODELING METHOD TO DETERMINE THE CONDENSATION
RESISTANCE OF FENESTRATION PRODUCTS
Effect
of varying emissivities on the thermal performance of Aluminum
window
Measured
Emissivities of selected Metalic samples
Trip
Report: Energy Efficient Windows Conference and Workshops 3
"Numerical
Study of Natural Convection in inclined Rectangular Glazing Cavities".
Draft Paper
"Turbulent
Natural Convective Heat Transfer in Vertical Glazing Cavities"
Draft Paper
Trip
Report: Report on November 2002 Trip “Seminars, Workshops,
and Strategic Planning Meetings in India for Energy Efficient
Windows and Building Design”
Position
Paper: Statement of the problem of numerical modeling of steady-state
conditions in laboratory test chamber (LBL IR box)
Technical
Report: Modeling Natural Convection in a Glazing Cavity and Predicting
Transition Limits for Multicellular Flow from Simulations on FLUENT
Masters
Thesis (Hua Yang): NATURAL CONVECTIVE FLOW AND HEAT TRANSFER IN
VERTICAL AND INCLINED GLAZING CAVITIES
NFRC
100-Part II (Non-Residential Products)
Flow
Chart for NFRC 100
NFRC
Glossary
Progress
Report (Bhaskar Adusumali) - 10/31/03: Predicting local heat transfer
rates for 3D cavities in vertical and inclined orientations for
A=20 simulating 3D natural convection for A=80, Ra=9690 with full
and half models
PROBLEMS
AND ISSUES IN SIMULATING COMMERCIAL FENESTRATION SYSTEMS FOR PRODUCT
RATINGS - Presentation at NFRC Meeting
Technical
Report: Use numerical modeling for estimation and improvement
test method of measuring the steady thermal transmittance of fenestration
systems
Position
Paper: OUTLINE OF RESEARCH WORK FOR THE DEVELOPMENT AND ASSESMENT
OF INNOVATIVE IGU DESIGNS (WITH IMPROVED THERMAL INDICES)
Progress
Report (Sneh Kumar) - 5/5/03 (Heat transfer Comparison Between
Fluent and Window5 Results For A Glazing Unit)
Summary
Tables: Simulation THERM/WINDOW vs. Component Modeling Approach
IEA
TASK 27: Fenestration Terminology
Thermal
Properties for CO2 and N2
Masters
Thesis (Alan Leung): A STUDY OF LOCAL CONVECTIVE HEAT TRANSFER
IN FOAM GARDEN WINDOW
Technical
Report: Study of Turbulent Natural Convection Flow in Rectangular
Enclosure
White
Paper: Outline of the research plan for the development of new
generation of testing standards and improving modeling techniques
using “Virtual Thermal Testing Facility - ViTTeF”
Concep
|
