![]() In mining, it provides accurate estimates of unearthed resources. Construction can help estimate the volume of raw materials required or available. Our Calculator is an indispensable tool in various industries. ![]() For a rectangular stockpile with dimensions 5m x 4m x 3m and a 1.6 kg/m³ density, the volume would be 60 m³ and the weight would be 96 kg. After the volume is calculated, it is multiplied by the entered density to estimate the total weight of the stockpile. Formula and Variables Explanationįor a rectangular (prism) stockpile, the volume is calculated as:įor a conical stockpile, the formula used is: Volume = (1/3) × π × Radius² × Height. After calculating the volume, the calculator multiplies this by the entered density to estimate the total weight of the stockpile. Depending on the shape of the stockpile, it either uses the formula for the volume of a rectangular prism or a cone. Our Calculator is based on mathematical principles and industry-accepted formulas for volume calculation. It’s specially designed to work with prism (rectangular) and conical-shaped stockpiles, making it a versatile tool for various applications. The Stockpile Calculator is a dynamic tool designed to calculate the volume and weight of stockpiles based on their shape and dimensions. Here is where our Stockpile Calculator comes into play, simplifying this process remarkably. Whether you’re in construction, mining, or logistics, these calculations can be complex but are crucial for planning and decision-making. See our website languages page² for further instructions.In various industries, one common challenge is estimating the volume and weight of stockpiles. ![]() This includes updates to any incomplete language file. ¹ We are offering FREE licenses to the first person sending us a valid translation of our application. Please send us your ideas and suggestions for improvements.
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