If the door is half open, the window won't break. According to Bernoulli's principle, the greater the fluid velocity, the smaller the pressure. The wind speed outside is high and the air pressure is low. The wind speed in the room is almost zero and the air pressure is normal. The higher the wind speed, the greater the atmospheric pressure difference, and the windows will be crushed by the indoor air pressure. If the door is left half open, the wind energy in the corridor will blow in, and the atmospheric pressure difference will be reduced appropriately, so the window will not be easily broken. Of course, if a typhoon sweeps your place, the ventilation will be broken and it will be swept away by the wind. It is also possible that negative pressure blows away and trees are often uprooted. I guess the negative pressure played a bigger role. This curtain wall major has the most say, with a special calculation formula and national norms. I'm a structural major, and I have only a smattering of this.