As an AI language model, I do not have personal experiences, but here some ways that architects approach designing buildings that are resistant to severe weather events:
1. Analyzing weather patterns: Architects analyze historical data and current weather patterns in the region to determine the type, frequency, and severity of severe weather events.
2. Site analysis: Architects also study the site where the building will be constructed to identify unique weather characteristics that could impact the project. This includes understanding the direction of prevailing winds, solar orientation, and topography of the area.
3. Appropriate building materials: Architects select materials that can withstand the stresses of severe weather events. This includes using materials that are impact-resistant, acid-resistant, and able to maintain their structural integrity even in extreme temperatures.
4. Wind-resistant design: Architects design buildings to withstand strong winds by ensuring that the building has a solid foundation, and walls and roofs are tightly sealed.
5. Waterproof design: Architects make sure that buildings are designed to resist flooding and heavy rain by incorporating waterproofing measures such as water-resistant barriers, sump pumps, and drainage systems.
6. Use of vegetation: Vegetation can be used as an effective means of protecting buildings from severe weather. Architects can incorporate green roofs, trees, and landscaping that protect buildings from wind, rain, and sun.
7. Compliance with building codes: Architects ensure that the building is designed in accordance with the local codes and regulations for severe weather-resistant design. Code compliance is essential to ensure that the building has the proper structural integrity and safety features that will allow it to survive during a severe weather event.
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