在实际的住宅建筑设计中，以上两种自然通风方式的使用是互相结合的，比方说

In the actual residential building design, the above two natural ventilation methods are combined with each other. For example, when the outside air is relatively cold in winter, residential buildings generally exchange indoor and outdoor air through exhaust vents, and the layout is more Large residential buildings usually use heat pressure and wind pressure to achieve natural ventilation. It is worth noting that when using the combined effect of wind pressure and heat pressure, it is necessary to avoid the problem of wind pressure and heat pressure cancelling each other and reducing the ventilation efficiency.

In the actual residential architectural design, the use of the above two natural ventilation methods are combined with each other, for example, in winter when the outside air is relatively cold, residential buildings will generally through the exhaust port to achieve indoor and outdoor air exchange, in addition to the layout of larger residential buildings, usually using hot pressure and wind pressure to achieve natural ventilation. It is worth noting that when using the joint action of wind pressure and thermal pressure, it is possible to avoid the problem of reducing ventilation efficiency by offsetting the air pressure and hot pressure.

在实际的住宅建筑设计中，以上两种自然通风方式的使用是互相结合的，比方说在冬季外界空气比较寒冷的时候，住宅建筑一般会通过排风口实现室内外空气的交换，另外布局较大的住宅建筑，通常都会采用热压和风压共同作用来实现自然通风。值得注意的是，在使用风压和热压共同作用的时候，要避免风压和热压相互抵消而降低通风效率问题。<br>