Simulation Study on the Wall Heat Transferring Characteristics for the Gas-Infrared Heated System

Ke Qin Gong; Hong Fang Jiang; Sheng Jie Guo; Da Ying Zhang

doi:10.4028/www.scientific.net/AMR.243-249.4923

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Design Range of Indoor Relative Humidity in Radiant Cooling Environment
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Hourly Heating Load Prediction of Radiant Floor Heating System Based on the BP Neural Network
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Comparison of Performance between R290 and R417A in Heat Pump Air Conditioning Water Heater Combination
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Simulation Study on the Wall Heat Transferring Characteristics for the Gas-Infrared Heated System
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Decoupling Control of Gas Mixing Based on Fuzzy-Single Neuron Adaptive PID
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Numerical Study on the Heat Transfer Characteristic in Periodical Variable Cross-Section Channel
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Heat Transfer Performance of Integration of Enclosed Evacuated Tube Solar Collectors and Building Envelopes
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Influence of Height Difference between Inlet and Outlet Center on Thermal Stratification in Rooms
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 243-249Simulation Study on the Wall Heat Transferring...

Simulation Study on the Wall Heat Transferring Characteristics for the Gas-Infrared Heated System

Abstract:

The theoretical analysis and numerical simulation for wall heat transferring process of the gas-infrared heated room is finished in this paper. The thermal equilibrium equation is established, and the heat loss is analyzed between radiant heating system and convection heating system. By means of numerical simulation, the exterior wall surface temperature distribution and the influences of wall blackness to the workspace air temperature as well as the heating energy consumption are studied.