Скачать с ютуб Building a Self Storage Facility Step 3: Foundation Work в хорошем качестве

Building a Self Storage Facility Step 3: Foundation Work

Self Storage Knowledge Base: https://retipster.com/category/self-s... Join Our Community: https://welcome.retipster.com/newslet... Step 1 (Tree Removal):    • Building a Storage Facility Step 1: T...   Step 2 (Excavation):    • Building a Self Storage Facility (Ste...   Step 3 (Foundations):    • Building a Self Storage Facility Step...   (YOU ARE HERE!) Step 4 (Buildings):    • Self-Storage Development Step 4: Buil...   Step 5 (Doors):    • Self Storage Development Step 5: What...   Step 6: (Finishing Touches):    • Self Storage Development (Step 6): Si...   Step 7: (Final Finishing Touches):    • Self Storage Development (Step 7): As...   Pouring Concrete Without Lasers:    • Checking in on progress of a self sto...   0:00 - Intro 0:19 - Building concrete forms for a monolithic slab 1:09 - Scheduling challenges with weather issues and material shortages 2:35 - Starting work early to beat the rainy forecast 3:28 - Putting steel wire mesh grids in concrete for added strength 3:49 - Using lasers for perfect lines 4:20 - Adding concrete skirts to each foundation to hold steel bollards 4:51 - This was a big foundation project! 5:22 - Cool weather is ideal for drying concrete 5:42 - Our subcontractors worked well together 6:14 - Building concrete slabs with a 1% slope 7:10 - Stem wall slabs vs. monolithic slabs (BIG cost difference) 9:09 - Preparing for building construction Watching the foundations get poured for this self-storage facility was a surprisingly interesting step because I had never actually seen it done before, and I never realized what a group effort it was and how seemingly small design changes can have such a big impact on the price and time it takes to get the job done. Since this was a monolithic slab foundation, this wasn’t a terribly complicated task. And because we weren’t pouring walls (like you would with a basement), it didn’t take long for the concrete to dry out and cure. Even though it wasn’t a complicated job, it was still a big job because this was 27,600 square feet of concrete, 5 inches thick, with 12-inch footings, which translates to a lot of cement (a bit more than it would take to pour a foundation for a house or driveway). #selfstoragefacility #selfstorageinvesting #selfstorage #selfstoragedevelopment #concrete #concretework #concretefoundation #retipster #constructionmanagement self storage development,retipster,Self Storage Facility