![]() ![]() Draining the pool and taking core samples, along with a site evaluation from a qualified engineer, would be strongly encouraged so that the pool owner can be properly educated about their options of repair. Subsequently, forensic analysis is often necessary to accurately prescribe the best repair method, or if repair is even a possibility. ![]() Most of these situations are practically undetectable after a pool is built and filled with water. – Long plumbing runs placed inside the gunite/shotcrete structureĪny of these scenarios or any combination of the latter can lead to structural failure and pool shell cracking. – Improper expansion/separation joints around the pool deck to pool bond beam area – The gunite/shotcrete was installed too thin – Defective and weak rebound gunite/shotcrete was reused during the pool construction – Improper engineering at the time of construction – Improperly placed structural steel at the time of construction – Low PSI gunite/shotcrete installed at the time of installation Below are some other reasons for structural failures: of Pool Engineering, explaining how hillside soil movement can contribute to structural failure and cracking. Learn more by following this link to an excellent article written by Ron Lacher, P.E. The most common occurrence of pool cracking in Southern California seems to happen when pools are built on hillside lots. This often results in a crack, broken pool shells and structures. When foundational soils that surround and support a pool shell recede, contract or expand, it creates stress on the pool structure. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |