![]() ![]() ![]() This is the linear mass density of the item measured, and the value is calculated once you select the required mass and unit length measurement units. ![]() Total LengthĮnter the total length of the item which has been measured, and select the applicable length measurement units. The formula used by this calculator to determine mass from length and linear density is:Įnter the total mass of an item and select the applicable mass measurement units. Along with the calculated linear mass density, two conversion scales will show a range of mass with a fixed length, and a range of length with a fixed mass, converted to linear density, relating to each calculated result. To find the total weight, multiply the total length of rebar – total linear feet of material used – with the weight per linear foot if measured in feet, or weight per meter if measured in meters.This calculator is used to determine the linear mass density from the total measured mass and length of an item. Find the diameter and area of the rebar along with the weight per linear foot. Refer to the charts below for the dimensions for each size of rebar. and number of pieces and enter the dimensions to calculate the total weight. Learn more about how to find linear footage. Use a metal weight calculator to offer Venus Wires. The Volumetric Weight is calculated using the equation below: Volumetric Weight Width x Length x Height / Volumetric Factor, where the volumetric factor depends on the courier and service used. Alternatively, multiply the length of rebar by the quantity used to find the linear footage. You can use our rebar material calculator to find out how much rebar you need for your project. Rebar is typically sold in 20′, 30′, 40′, and 60′ lengths, but it is possible to order custom lengths as well. Linear footage is the total amount of length in 12″ increments needed for the project.įor example, if you need 20 pieces of 60′ rebar, you will need 1,200 linear feet of material. The next step is to identify how much linear footage of rebar will be used. Most home and residential projects will use #3, #4 or #5 rebar, with #3 being used most commonly for patios and driveways, #4 for walls and columns, and #5 for footers and foundations. Units conversion calculator (provisional) mm (millimeters) x 0.03937 25.4 x: in. (kg/m) 1 pound per square inch (psi) 0.006895 Megapascals (Mpa) for stress. The first step is to identify which size of rebar is being used on the project, for example, a #3 rebar. Length in feet Meters 3.281: Length in meters Feet / 3.281: Weight in metric tons. ![]() If a fish girth is not specified, the default value Fish Girth 0.58 × Length is used. Rebar is available in standard sizes, making it easy to find the weight and dimensions of the rebar for your project. Calculate weight Calculated weight: - Fish Weight Calculations The fish weights are calculated with the formulas below. Therefore, for most concrete projects, rebar is required to help the slab, footer, or foundation maintain its structural integrity. Because concrete has low compressive strength, rebar helps it bear loads without cracking. Volumetric weight is the calculated weight based on the length, width and height of a parcel converted to volumetric kilograms. Rebar, or reinforcing bar, is used in many masonry and concrete projects to reinforce slabs and structures. ![]()
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