【Joint Study*】【HVAC Version 20160115】
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This post was last edited by hjztbwg on 2016-1-22 at 14:35. The minimum heat transfer resistance of the building envelope is (B). A. The economic heat transfer resistance of the building envelope; B. The heat transfer resistance required to ensure that the temperature on the inner surface of the envelope does not reach dew point levels; C. The heat transfer resistance that minimizes fluctuations in the temperature on the inner surface of the envelope; D. The heat transfer resistance that minimizes the construction and operating costs of the building
The heat transfer resistance corresponding to the condition that the inner surface temperature of the B enclosure meets the non-dew formation requirement
The heat transfer resistance corresponding to the condition that the inner surface temperature of the B enclosure meets the non-dew formation requirement
B: The heat transfer resistance corresponding to the internal surface temperature of the enclosure structure meeting the non-dewing requirement.
The minimum heat transfer resistance of the building envelope is (B): A. The economic heat transfer resistance of the building envelope; B. The heat transfer resistance required to ensure that the temperature on the inner surface of the envelope does not reach dew point levels; C. The heat transfer resistance that minimizes fluctuations in the temperature on the inner surface of the envelope; D. The heat transfer resistance that minimizes the construction and operating costs of the building
The minimum heat transfer resistance of the building envelope is (B): A. The economic heat transfer resistance of the building envelope; B. The heat transfer resistance required to ensure that the temperature on the inner surface of the envelope does not reach dew point levels; C. The heat transfer resistance that minimizes fluctuations in the temperature on the inner surface of the envelope; D. The heat transfer resistance that minimizes the construction and operating costs of the building
The minimum heat transfer resistance of the building envelope is (D). A) The economic heat transfer resistance of the building envelope; B) The heat transfer resistance required to ensure that the temperature on the inner surface of the envelope does not reach dew point levels; C) The heat transfer resistance that minimizes fluctuations in the temperature on the inner surface of the envelope; D) The heat transfer resistance that minimizes the construction and operating costs of the building