also quickly recover from them

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Over the past 30 years, the number of emergencies caused by natural phenomena has tripled and continues to grow at an alarming rate.
Content
Modern methods for designing disaster-resistant architecture
BIM in designing disaster-resistant buildings
What's the bottom line?
And the consequences of these disasters in the modern world put the lives of more and more people at risk. Rapid population growth and the industrial revolution have led to the emergence of housing infrastructures that, in the event of a natural disaster, cause colossal damage to people. That is why a high degree of resistance to natural disasters is becoming one of the main requirements in the design of buildings today.

According to the WHO, natural disasters include earthquakes, tsunamis, volcanic eruptions, landslides, hurricanes, floods, forest fires, droughts, and heat waves. Each has a unique, yet equally devastating impact on populations and urban infrastructure. However, architects regularly come up with successful solutions for creating disaster-resistant buildings and structures that can not only withstand natural and man-made disasters, but

Modern methods for designing disaster-resistant architecture
UNESCO experts have proposed a comprehensive approach to the construction of disaster-resistant structures that are consistent with the local climate and architecture. It takes into account social, cultural, economic, environmental and technological factors: buildings are constructed taking into account the most common disasters in a particular area. Such architecture mitigates the negative consequences of natural disasters and allows for faster decision-making on risk management.

Disaster-resistant building materials can be used in both new and existing buildings. Flood- phone number in uae resistant building materials include concrete, glazed brick, closed-cell foam, foam-insulated steel hardware, and marine-grade plywood.

And buildings in areas with high seismic activity can be protected with natural materials and shape memory alloys. They give the structure flexibility and maintain its strength during earthquakes. However, it is impossible to create a building that is completely impervious to natural disasters.

However, many construction project clients are looking to create buildings that can be rebuilt after natural disasters. Information modeling is precisely the technology that can play a decisive role in creating a world that is resilient to natural disasters.

BIM in designing disaster-resistant buildings
Information modeling helps prepare structures for disasters and minimize damage that nature can cause, as well as modernize existing structures and make them more resilient to natural disasters. Construction project management, environmental sustainability, and other areas of construction will rely heavily on BIM methods and technologies.

Digital tools for simulating different building use scenarios can help designers predict how a building will behave in a natural disaster. With modern BIM 3D modeling technologies, architects and engineers can simulate the spread of a fire, calculate earthquake damage, and predict the consequences of a flood.