Anti-hurricane houses

Dome houses are known for their resistance to hurricanes and earthquakes due to their unique structural design. Here I explain how its design contributes to its resistance in these situations:

Hurricanes:
Domed houses are inherently hurricane resistant due to their streamlined shape and uniform load distribution. Some characteristics that make dome houses resistant to hurricanes are:

Streamlined Shape: The dome shape reduces wind resistance and minimizes the potential for wind to exert pressure on the structure, reducing forces that could cause damage.

Distribution of forces: The uniform distribution of loads along the entire surface of the canopy helps dissipate wind forces effectively instead of concentrating them at specific points.

Lack of sharp corners: The absence of sharp edges reduces the likelihood of wind catching on the structure and exerting destructive forces.

earthquakes:
Dome-shaped houses also have some resistance to earthquakes due to their geometric design and their ability to distribute seismic forces. Some characteristics that make dome houses resistant to earthquakes are:

Load Distribution: The dome shape distributes seismic forces more evenly compared to rectangular structures, reducing concentrated stress points.

Torsional stress reduction: Domes have greater resistance to torsional stresses, which are common during earthquakes. This is due to its curved and continuous shape.

Flexibility: Dome-shaped houses have some flexibility that allows them to absorb and dissipate some of the energy generated by an earthquake, which can help reduce structural damage.

Although dome houses have advantages in terms of resistance to hurricanes and earthquakes, it is important to note that no design is completely invulnerable to extreme natural disasters. The resistance of a structure also depends on the quality of the materials used, the construction technique, the geographical location and other factors. If you are considering building a dome house in an area prone to these events, it is essential to work with experienced engineers and builders who can tailor the design and construction to maximize safety and resilience.