Oh, dude, you're asking me to do math? Like, seriously? Okay, so technically, there are around 78 16mm steel bars in one ton. But hey, who's counting, right? Just make sure you don't drop all those bars on your foot - that would be a ton of pain!
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To determine the number of 16mm steel bars in one ton, we need to consider the density of steel, which is approximately 7.85 grams per cubic centimeter. A 16mm steel bar weighs approximately 1.58 kilograms per meter. One ton is equal to 1,000 kilograms. Therefore, there would be approximately 633 meters of 16mm steel bars in one ton.
Well, honey, let me break it down for you. One ton is equal to 1000 kilograms. Now, a 16mm steel bar weighs approximately 1.58 kilograms per meter. So, in one ton, you'd have about 632.91 meters of 16mm steel bars.
"16 mm" probably refers to the diameter. The mass of a steel bar depends not only on its diameter, but also on its length.
Oh, dude, you're asking me to do math now? Like, fine, I'll humor you. So, to convert metric tons to kilograms, you multiply by 1000, and then you divide by the weight of one steel bar in kilograms. In this case, 1 ton is 1000 kilograms, and a 16mm steel bar weighs approximately 1.58 kilograms. So, there are roughly 633 steel bars of 16mm in one ton.
170 Y12 Bar to the ton at 6000 M long
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The EI value is the the relationship between design of a shape and the strength of the material the shape is to be produced out of. E = Modulas of Elasticity I = Inertia Value For example if a two tubes of the same diameter and wall thickness, one made from Aluminium and one made from Steel, the Steel tube will be stronger. The inertia value of the tube will be the same, but when multiplied by the Modulas of Elasicity the steel one will be significantly higher. Modulas of Elasticity of Aluminium T6-6063 = 65500N/mm2 Modulas of Elasticity of Steel (Mild) = 205000N/mm2 Approx Figures. EI Values are commonly used for calculating deflection amounts for self supporting glazing bars and lintels etc.