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An unsteady-state mathematical model of the heat transfer and flow of the integrated system under no-load condition has been developed. The influence of heat collector structural parameters on the system has been researched. The results show that the negative pressure, draft force, velocity and airflow temperature rise of integrated system increase significantly with the increasing of collector diameter...
An unsteady-state mathematical model of the heat transfer and flow of the integrated system under no-load condition has been developed. The field distribution characteristics of the pressure, velocity and temperature of the integrated system have been researched. An optimization method based the temperature field distribution at the region where the wind turbine is placed has been proposed. The results...
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