Effective Thermal Conductivity Calculation and Analysis
Explore the process of calculating effective thermal conductivity using specific values for different materials. Learn how to determine average surface temperatures and perform crucial calculations to understand heat transfer in various mediums.
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Presentation Transcript
Effective thermal conductivity calculation Parnika Gupta
8W/m2 flux in Buffer blocks, thermal conductivity (k)= 500W/m.K Glass(k)= 1.2W/m.K Via (k)=Copper Cavity (k)= air -8W/m2 flux out, 20degC Temperature fixed
Average surface temp of cutplane 1 Average surface temp of cutplane 2
Calculation K= Q x deltaT/deltax deltaT= surface average temp of cutplane 1- surface average temperature of cutplane 2 Q= 8W/m2 Deltax= cutplane 1 height position- cutplane 2 height position
