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In a 25-story residential building located in the city area, all surrounding buildings are 6 stories tall. When calculating the heat loss associated with the building’s envelope, regarding the handling of the heat loss due to wind effects, which option should be used? Answer: B. A – It is not necessary to calculate the heat loss caused by wind effects. B – The wind effect-related heat loss must be calculated for all vertical surfaces of the building’s envelope. C – Only the wind effect-related heat loss for the surfaces facing the direction of the most common winds during winter needs to be calculated. D – Only the wind effect-related heat loss for those surfaces of the building that are higher than the surrounding buildings needs to be calculated
The wind-induced additional heat loss must be calculated for all vertical surfaces of the B enclosure structure
The wind-induced additional heat loss must be calculated for all vertical surfaces of the B enclosure structure
The wind-induced additional heat loss must be calculated for all vertical surfaces of the B enclosure structure
In a 25-story residential building located in the city area, with 6-story buildings surrounding it, when calculating the heat loss of the building’s envelope, the approach to be taken regarding the heat loss due to wind effects is (B). A: It is not necessary to calculate the heat loss caused by wind effects. B: The wind effect-related heat loss must be calculated for all vertical surfaces of the envelope. C: Only the wind effect-related heat loss for the surfaces facing the direction of the most common winds during winter needs to be calculated. D: Only the wind effect-related heat loss for those surfaces that are above the surrounding buildings needs to be calculated
In a 25-story residential building located in the city area, with 6-story buildings surrounding it, when calculating the heat loss of the building’s envelope, the approach to be taken regarding the heat loss due to wind effects is (B). A: It is not necessary to calculate the heat loss caused by wind effects. B: The wind effect-related heat loss must be calculated for all vertical surfaces of the envelope. C: Only the wind effect-related heat loss for the surfaces facing the direction of the most common winds during winter needs to be calculated. D: Only the wind effect-related heat loss for those surfaces that are above the surrounding buildings needs to be calculated