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초록· 키워드

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A method of optimum design of an axial rotary sensible heat exchanger for heat recovery of exhaust gas from the air conditioning space was developed in consideration of the cost of investment and profit with the installation of heat exchangers.
Leakage rate of exhaust gas was calculated and the correlation for the pressure drop due to the leakage of exhaust gas was proposed. Heat transfers between the matrix, exhaust and intake gases were analysed to calculate the effectiveness of heat exchanger, which was used for the optimum design of rotary heat exchanger.
The results show that optimum rotational speed increses with increasing the length of rotor and there exists optimum NTU which maximizes the profit of total cost with the installation of rotary heat exchanger.

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Abstract

1. Introduction

2. Flow Characteristics of the Axial Rotary Heat Exchanger

3. Heat Transfer Analysis of the Axial Rotary Sensible Heat Exchanger

4. Optimum Design Method of the Rotary Heat Exchanger

5. Results and Discussions

6. Conclusions

References

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UCI(KEPA) : I410-ECN-0101-2009-553-015260292