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English Translations » 历史存档[信息] » 【Weekly Topic】【HVAC Edition 20160118】

【Weekly Topic】【HVAC Edition 20160118】

2016-01-18View Original

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This post was last edited by hjztbwg on 2016-1-25 at 15:49. The common methods for calculating the heat transfer due to cold air infiltration are (A) Gap method, air exchange rate method, percentage method; B Equivalent length method, equivalent resistance method, gap method; C Equivalent length method, air exchange rate method, percentage method; D Gap method, equivalent length method, air exchange rate method
Reply #22016-01-18
The gap method, the air change rate method, the percentage method
Reply #32016-01-18
The gap method, the air change rate method, the percentage method
Reply #42016-01-18
A. Gap method, air change rate method, percentage method.
Reply #52016-01-18
The gap method, the air change rate method, the percentage method
Reply #62016-01-18
The common methods for calculating the heat loss due to cold air infiltration are (A) Gap method, air change rate method, percentage method; B Equivalent length method, equivalent resistance method, gap method; C Equivalent length method, air change rate method, percentage method; D Gap method, equivalent length method, air change rate method
Reply #72016-01-18
The common methods for calculating the heat loss due to cold air infiltration are (A) Gap method, air change rate method, percentage method; B Equivalent length method, equivalent resistance method, gap method; C Equivalent length method, air change rate method, percentage method; D Gap method, equivalent length method, air change rate method
Reply #82016-01-18
The common methods for calculating the heat loss due to cold air infiltration are (C) A. Gap method, air change rate method, percentage method; B. Equivalent length method, equivalent resistance method, gap method; C. Equivalent length method, air change rate method, percentage method; D. Gap method, equivalent length method, air change rate method

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Translated at 2026-07-21 00:57:11

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