Cheng-Min Yang R&D Associate Staff Contact YANGC1@ORNL.GOV All Publications Understanding airflow pattern and temperature distribution in domestic refrigerators – A review analyzing recent developments and bridging knowledge gaps Performance Analysis of High-Temperature Heat Pumps with Two-Phase Ejectors Pool boiling on metal-foam enhanced tube bundle: heat transfer characteristics and flow visualization Exploration of Heat-Driven Ejector High-Temperature Heat Pumps Universal Correlation for Falling Film Evaporation on a Horizontal Plain Tube Flow Boiling Heat Transfer Characteristics of Water for Metal-foam-filled Horizontal Tubes... Experimental Results Of Density Controlled Phase Change Material Capsules For Increased First Hour Rating For Heat Pump Water Heaters Enhanced Pool Boiling of Low-Pressure Refrigerants on Round Tubes- An Experimental Evaluation Review of heat transfer enhancement techniques in two-phase flows for highly efficient and sustainable cooling... Heat Transfer and Pressure Drop Characteristics of Water Flow Boiling in Internally Enhanced Tubes Thermodynamic Analysis of Thermo-vacuum Clothes Drying Operation... A Numerical Analysis of The Pool Boiling Process in Flooded Evaporators Using Different Refrigerants... Visualization of R410A Flow Boiling Inside Horizontal Smooth Tubes under Diabatic Conditions Diabatic visualization shows effects of micro-fins on evaporation of R410A: Smooth, axial micro-fin, and helical micro-fin tubes A new flow pattern map for flow boiling of R410A in horizontal micro-fin tubes considering the effect of the helix angle Effect of helical micro-fins on two-phase flow behavior of R410A evaporating in horizontal round tubes obtained through visualization Pagination First page « First Previous page ‹‹ Page 1 Current page 2 Organizations Energy Science and Technology Directorate Buildings and Transportation Science Division Building Technologies Research Section Multifunctional Equipment Integration Group Building Technologies Program User Facilities Building Technologies Research and Integration Center
