The volume of a slump cone #schoolcommunity #teaching #studentmotivation #learning #academicyear #schoolspirit #newacademicyear #schoolmemories #studentlife | Nazrul With CE

✅How To Calculate Concrete Volume Of Slump Cone. 📌GIVEN DATA ◼h = 200mm = 0.2m (height) ◼d₁ = 50mm = 0.05m (top circle) ◼d₂= 100mm = 0.1m (bottom circle) 📌Volume Of Slump ◼Volume = (A₁ A₂ / 2) x H 📌Area Of Slump ◼A₁ = (¶₁²/4) ◼A₁ = (3.14 x 0.05² / 4) ◼A₁ = 0.0019625 sq.m. 📌Area Of Slump ◼A₂ = (¶₂²/4) ◼A₂ = (3.14 x 0.01² / 4) ◼A₂ = 0.00785 sq.m. 📌Volume Of Slump ◼Volume = (A₁ A₂ / 2) x H ◼Volume = (0.0019625 0.00785 / 2) x 0.2 ◼V = 0.00098125 cu.m @civil_by_yahya_sir 🔰𝐃𝐢𝐬𝐜𝐨𝐯𝐞𝐫 𝐄𝐱�

This video demonstrates the Slump Test, one of the most common methods to check the workability of fresh concrete on-site. 🔹 Step-by-step slump cone procedure 🔹 True, shear, collapse slump explained 🔹 Importance of workability for quality concrete Perfect for civil engineers, site supervisors, and students to understand how concrete behaves during placing and compaction. Stay connected with Civil Wisdom for more QA/QC tests and practical construction site knowledge. Civil Wisdom ✨ #SlumpTest

The slump test is a simple and widely used method to measure the consistency (workability) of fresh concrete before it sets. It helps assess the water-cement ratio and the flow characteristics of the concrete mix. Below are the types of slump observed during the test, each indicating different workability or mix issues: 1. True Slump Shape: Concrete subsides uniformly. Indicates: Good workability and uniform consistency. Use: Most common and acceptable result for normal concrete work. 2. Zero Sl