Over time buildings tend to wear out other than being designed to resist the external factors. Just like an aging person getting wrinkled, buildings as well as start developing cracks among other imperfections. Often, the substructure takes the environmental pressure exacted by the building weight among other factors related to poor constructions. However, to avert severe losses, it is advisable to carry out a foundation crack repair Atlanta.
Though concrete is prone to cracking, unfortunately, concrete that is free from cracking is not available. Temperature and moisture changes cause the concrete to expand resulting in cracking. Cracks may not be discovered once they develop in the substructure even after a long time. The owner of a building should be concerned about the emerging cracks regardless of when they were formed. Mostly, cracks tend to form at weak points such as walls, corners, and pipes of the substructures.
Cracks can occur in both old and newly constructed buildings. A misconception exists that the substructure of the new building is very strong and not prone to cracking, but no matter the age of the building, any problem in the substructure such as sagging, cracking is still possible. Cracks can significantly compromise the structural integrity of a building. If the pressure that caused the cracking is not addressed, the strain continues on the weakened building.
Various factors may lead to cracking of in the substructure of a building. For example, excess or too little moisture in the soil can cause cracks in the understructure. Removing the moisture from the soil makes the soil to contract which in turn pulls further from the substructure hence creating a gap on the structure. The gap permits the substructure to shift and cracks begin to form.
Earthquakes are among the common factors that lead to cracking of the foundations of buildings. Despite the magnitude of an earthquake, the effects of shaking and rolling the ground result in the movement of a building substructure. As a result in the movements, unstable foundations become weaker and end up cracking. Besides, lesser magnitude earthquakes may not cause new crevices but often deepen the existing gaps.
Plumbing leaks and flooding can be detrimental. The excess water causes the soil to expand making the soil push against the foundation. When too much hydrostatic pressure is exerted to the understructure, you notice more cracks and leaks.
However, there are some warnings before deeper crack can emerge. While the warnings are not a sufficient sign for a cracked substructure, they should be alert that some changes are happening. For example, jammed doors, cracks on the wall edges, around the windows and doors should send a signal of a change. With such occurrences, one should become more careful to observe the trend and pay more attention to the progress of the cracks.
The good news is that cracks due to flooding and too much moisture can be prevented through basement waterproofing methods. Besides, it is possible to repair the cracks that form at the understructure with epoxy injections.
Though concrete is prone to cracking, unfortunately, concrete that is free from cracking is not available. Temperature and moisture changes cause the concrete to expand resulting in cracking. Cracks may not be discovered once they develop in the substructure even after a long time. The owner of a building should be concerned about the emerging cracks regardless of when they were formed. Mostly, cracks tend to form at weak points such as walls, corners, and pipes of the substructures.
Cracks can occur in both old and newly constructed buildings. A misconception exists that the substructure of the new building is very strong and not prone to cracking, but no matter the age of the building, any problem in the substructure such as sagging, cracking is still possible. Cracks can significantly compromise the structural integrity of a building. If the pressure that caused the cracking is not addressed, the strain continues on the weakened building.
Various factors may lead to cracking of in the substructure of a building. For example, excess or too little moisture in the soil can cause cracks in the understructure. Removing the moisture from the soil makes the soil to contract which in turn pulls further from the substructure hence creating a gap on the structure. The gap permits the substructure to shift and cracks begin to form.
Earthquakes are among the common factors that lead to cracking of the foundations of buildings. Despite the magnitude of an earthquake, the effects of shaking and rolling the ground result in the movement of a building substructure. As a result in the movements, unstable foundations become weaker and end up cracking. Besides, lesser magnitude earthquakes may not cause new crevices but often deepen the existing gaps.
Plumbing leaks and flooding can be detrimental. The excess water causes the soil to expand making the soil push against the foundation. When too much hydrostatic pressure is exerted to the understructure, you notice more cracks and leaks.
However, there are some warnings before deeper crack can emerge. While the warnings are not a sufficient sign for a cracked substructure, they should be alert that some changes are happening. For example, jammed doors, cracks on the wall edges, around the windows and doors should send a signal of a change. With such occurrences, one should become more careful to observe the trend and pay more attention to the progress of the cracks.
The good news is that cracks due to flooding and too much moisture can be prevented through basement waterproofing methods. Besides, it is possible to repair the cracks that form at the understructure with epoxy injections.
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