重點在於:冰屋以散熱面積最小的圓形為外型，以風阻最小的圓形背部來引導強

重點在於:冰屋以散熱面積最小的圓形為外型，以風阻最小的圓形背部來引導強風，在下風測設置除風前室與入口，最高的抗風效益，加上冰屋的冰塊是充滿氣泡的保溫材，間隙也被融冰填滿，形成氣密性的外殼。

結果 (英文) 1:

The key points are: the igloo is shaped like a circle with the smallest heat dissipation area, and the round back with the smallest wind resistance is used to guide strong winds. The wind removal front room and entrance are set up downwind to achieve the highest wind resistance effect, plus the ice of the igloo The block is an insulating material filled with bubbles, and the gaps are filled with melted ice to form an airtight shell.

結果 (英文) 2:

The key point is that the ice house is designed with a circular shape with the smallest heat dissipation area, and a circular back with the smallest wind resistance to guide strong winds. The front chamber and entrance for wind removal are set up in the downwind measurement, achieving the highest wind resistance efficiency. In addition, the ice blocks in the ice house are insulation materials filled with bubbles, and the gaps are also filled with melted ice, forming an airtight shell.

結果 (英文) 3:

The key points are as follows: the igloo takes the shape of a circle with the smallest heat dissipation area, guides the strong wind with the round back with the smallest wind resistance, and sets a front room and an entrance for wind removal in the downwind, which has the highest wind resistance benefit. In addition, the ice cubes in the igloo are heat insulation materials filled with bubbles, and the gaps are filled with melted ice, forming an airtight shell.