Condensation Resistance Publications:

FY 2000:

Technical Progress Report: 2-D Numerical Analysis of IGU Cavities at Inclined Orientation

FY 2001:

Progress Report (Hua Yang) - 2/17/01

Progress Report (Hua Yang) - 8/7/01

FY 2002:

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.

Progress Report (Hua Yang) - 2/3/02 "Transition to Turbulence of Buoyant Flows In Vertical Confined Enclosures"

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"

Technical Report: A Comparison of Turbulence Natural Convection Modeling Prediction to Experimental Data for an Air Filled Square Cavity

Progress Report (Hua Yang) - 7/29/02 (Natural Convective Flow in Inclined Rectangular Glazing Cavities—3D study)

Technical Report: Turbulent Heat Transfer in Buoyancy-Driven Natural Convection in Vertical Enclosures

FY 2003:

Progress Report (Bhaskar Adusumali) - 9/4/03 (Simulation of Natural convective Heat Transfer of 3D Glazing Cavity)

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

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

Technical Report: Study of Turbulent Natural Convection Flow in Rectangular Enclosure