Pile Weight Calculator
A clear tool that will find the weight of a pile. It helps you know how heavy a concrete or timber pile will be. You put in size and material. Then it gives weight fast. It will save time on site. It can be used by an engineer, a teacher, or a builder. The tone is simple. The steps are easy. The tool uses volume times density to get weight.
Why calculate pile weight?
An engineer is teaching a student on site. He says, “We must check the pile weight now.” For example, a pile is 0.5 m across and 10 m long. They need to plan lifting gear. If they know the mass, they pick the right sling and crane. This keeps people safe. It also helps estimate transport cost.
Calculate the example step by step
First know the formula.
Weight = Volume × Density.
Volume of a cylinder = π × r² × length.
- Find radius: diameter 0.5 m → radius = 0.25 m.
- Square radius: 0.25 × 0.25 = 0.0625 m².
- Multiply by length: 0.0625 × 10 = 0.625 m³.
- Multiply by π (3.1416): 0.625 × 3.1416 = 1.9635 m³.
- Use concrete density ≈ 2400 kg/m³.
- Weight = 1.9635 × 2400 = 4,712.4 kg.
- Convert to tonnes: 4,712.4 ÷ 1000 = 4.7124 t.
So the pile weighs about 4.71 tonnes.
FAQs
Q: What input do I need?
A: Diameter (or radius), length, and material density.
Q: Can I use other densities?
A: Yes. Replace 2400 with the material’s kg/m³ value.
Q: Is the result exact?
A: It is an estimate. For tight specs, use lab density and site checks.
Final Words
Use this quick method to check lifts and loads. A simple calculator will cut mistakes and save time. Consequently.
