Construction method for rubble concrete | Woodform Crafts

🧱 Random Rubble Masonry Work for Front Boundary Wall Foundation in Progress! Stones: 9"–12" (225mm–300mm) thick hard rubble stones selected for strong bonding. Mortar: 1:5 Cement : Sand mix used for excellent strength and durability. Joint Thickness: Maintained at 12mm–18mm for good adhesion. Laid in layers with proper interlocking & bonding stones. Base leveled & compacted before placing masonry for long-lasting foundation. #RubbleMasonry #FoundationWork #ConstructionUpdate #PiumalPathirana #E

✅U.C.R. Masonry Quantity 📌Uncoursed Rubble Masonry Material Required – Cement, Sand, Stone Etc. Unit Of Measurement – m³ Mortar Proportion – ( 1 : 6 ) 📌Actual length of masonry wall = (23.1 x 2 21.6 x 2) – 3 meter = 86.4 meter 📌Stone Required Width of U.C.R. Masonry = 1 m Height of U.C.R. Masonry wall = 3 meter. = L X B X H = 86.4 x 1 x 3 meter = 259.2 m³ 📌Requirement of stone Requirement Of Stone For U.C.R. Masonry Wall Is 25 % more Of Actual Stone Masonry Volume. = 1.25 x 259.2 m³ = 324 m³

Boundary wall random rubble masonry work in progress 🧱🔨Building strong foundations with timeless craftsmanship for your secure and elegant boundary. #PiumalPathirana #EngPiumalPathirana #MasonryWork #BoundaryWall #ConstructionSite #StoneMasonry #BuildingStrong #SiteProgress #HomeConstruction | Eng. Piumal Pathirana

Random rubble masonry work for boundary wall foundation in progress 🧱👷‍♂️ A strong start begins with a solid foundation 💪✅ #EngPiumalPathirana #PiumalPathirana #RubbleMasonry #FoundationWork #BoundaryWall #ConstructionUpdate #SiteProgress #CivilEngineering #SriLankaConstruction | Eng. Piumal Pathirana

✅ Calculation for Random Rubble Masonry. 📌GIVEN DATA ◼Length of the wall (L) = 5 m ◼Height of the wall (H) = 3 m ◼Thickness of the wall (T) = 0.6 m ◼Mortar proportion = 1:6 (Cement: Sand) ◼Dry Volume coefficient = 1.33 (to account for voids in stones) 📌Calculate Volume of Masonry ◼Volume = Average Length x Height x Thickness =5 × 3 × 0.6 =9 m³ 📌 Calculate the Quantity of Stone and Mortar 1. Stone Typically Occupies 70% of Total Volume: = Volume of stone = 9 × 0.7 = 6.3m³ 2. Mortar occupies 30