8 Tips to Build A Disaster-Proof Building — Brian Marshall Tampa

With the increasing number of natural disasters around the world and the parallelly advancing architecture, there is a high demand for the implementation of technology that can help prevent or reduce storm damage. Specialized building structures are designed to prevent damage from natural disasters like earthquakes, hurricanes, etc., and conditions like extreme temperatures. But how can we do this? Here are 8 tips to guide you for the same:

Build a Strong Foundation:

A strong foundation is critical for a building’s long term survival. The foundation of the building should be deep with connected pillars. This will help in the movement of the whole unit, preventing shaking of the building. The laying of a structure’s foundation strongly depends upon the characteristics of soil. The ground should be tested properly to analyze the soil reactions. As an alternative, the foundation can be made flexible also. This way, the foundation will move with the vibrations, preventing the vibrations to move to the main structure. very important

Strength of the Structure:

When there is a storm damage restoration in a building, professionals ensure both horizontal and vertical strength. This point is significant to be taken care of. When tall buildings are constructed, architects focus more on vertical strength to hold the building. But taking note of horizontal strength is equally important.

Proper Utilization of Concrete:

Concrete can prevent storm damage caused by strong hurricanes or thunderstorms. The threat does not constitute only winder, but also hundreds of hard substances which fly along with it. Concrete wall systems are good at resisting winder and the debris that comes along with it. Concrete is one of those materials which can make your building structure strong and secure.

Reinforced Glass and Windows:

Normal glass is thin and sensitive to forces. It is expensive, but worth paying for. Reinforced glass is thick and laminated. It offers better protection against winds as compared to normal glass. Similarly, reinforced doors should be installed in buildings. These are strong and heavy.

Shape of the building:

Dome-shaped buildings prove to be better when we talk about the shape of the building. Although these are hard to build and consume more space, they can face forces like earthquakes with ease. Research and practice have proven this fact. With the rising need for disaster-proof buildings, these tips can be followed to make buildings strong and disaster-proof.

Steel and Shape Memory Alloys:

While building the structure, steel plates and beams should be used to give more solidification and ductility. Steel gives the stiffness and also a little bending and moving flexibility without making a crack or breaking the core structure.

Install Flexible Pipes:

In buildings, solid and hard pipes are preferred more. But in disaster-prone areas, flexible pipes are recommended. Rigid pipes can break which can worsen the situation causing water damage along with structural damage. Flexible pipes can bend and move when the structure shakes without breaking. These pipes are not only a part of storm damage repair and restoration, but they also prevent leakages.

Conclusion/Takeaway:

I am Brian Marshall, the owner of Pherian LLC situated in Tampa, Florida. Me and my team are always researching to make a more developed society with better disaster protection. With years of experience and expertise, I realize the importance of disaster-proof building structures. My company has restored several buildings after storm damage. We know the pain mental, physical, and monetary damage caused by such disasters. At Pherian LLC, we expertise in storm damage repair & restoration services, build-outs, selective demolition, and remediation activities on medium and large scale. Visit our website to find out more about my company.