Japan was hit by typhoon "Haibeisi". What structure is the safest house in a typhoon?

The safest house in a typhoon is high-lying and steel structure.

First of all, the height of the terrain directly affects whether the house will be flooded by heavy rain. Under normal circumstances, the trend of rain has been from high to low, and low-lying places are generally submerged faster than high-lying places.

Secondly, steel structure is more stable than wood structure and brick-concrete structure. Steel structure residence has excellent seismic performance and wind resistance, especially seismic performance.

Because of the good ductility of steel, it can consume the energy brought by earthquake, and has good seismic performance and high structural safety, which ensures the safety of the house. At the same time, the steel structure also has waterproof and anti-arson performance, which is an incomparable advantage of wood structure and brick-concrete structure.

When an earthquake occurs, brick-concrete structures and steel-concrete structures may collapse at once, while steel structure housing will not collapse at once, but will slowly deform, giving people enough time to escape. People can use this time to escape quickly and seize the chance of survival.

Even if the house collapses before the escape, the steel structure will leave a lot of hiding space. What's more, in terms of typhoon and rainstorm resistance, steel structure residential buildings are ten times that of ordinary buildings. At room temperature, steel is a non-combustible material, which is deeply galvanized to prevent corrosion and termite damage.

Typhoons generally occur in coastal areas and generally suffer great losses after entering cities. At present, the country adopts the principle of adapting to local conditions for wind-resistant design of buildings in various places, and different regions have different standards. Coastal areas with more typhoons have higher standards, while inland areas with fewer typhoons have lower standards.

Finally, each structure has its own characteristics and shortcomings, and it cannot be generalized and analyzed in detail.