Thermal Performance Analysis of the Vacuum Insulation Structure Panel Based on FLUENT

Liang Jiang; Yi Wang Bao; Yu Hong Chen

doi:10.4028/www.scientific.net/KEM.633.467

Paper Titles

Creep Behavior of Building Silicone Sealant under Long-Term External Loading and its Time-Stress Equivalence
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Measurement of Residual Stress in Diesel Engine Castings
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Influence of Specimen Size on the Impulse Excitation Technique
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Tribological Test of Different Ceramics in Different Humidity Conditions
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Thermal Performance Analysis of the Vacuum Insulation Structure Panel Based on FLUENT
p.467

Determining the Thermal Shock Elastic Behavior of Mullite Ceramic Regenerator Material by Ultrasonic Testing
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Input Impedance Adjustment and Property Optimization for Microwave Absorbing Slabs
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Analysis of the Surface Shape Effect on Optical Homogeneity Measurement of Large Calibre Optical Materials
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The Method to Test the Homogeneity of Concrete
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 633Thermal Performance Analysis of the Vacuum...

Thermal Performance Analysis of the Vacuum Insulation Structure Panel Based on FLUENT

Abstract:

Vacuum insulation structure panel is the one type of the insulation materials. The characteristics of this material are not only low thermal conductivity, good sound insulation, energy efficient, environmental protection but also does not contain any ODS material. FLUENT software using Vacuum insulation structure panel of the temperature field of steady-state analysis. Comparative analysis of dynamic characteristics of the wall of the influencing factors。