Carbon Steel C Channel Weight Calculator, Formula, Carbon Steel C Channel Weight Calculation

Carbon Steel C Channel Weight Calculator:

Enter the values of width, W_(cm), flange thickness, T_1(cm), height, H_(cm), web thickness, T_2(cm) and length, L_(cm) to determine the value of weight of an carbon steel C channel, W_(g).

Carbon Steel C Channel Weight Formula:

The weight of a Carbon Steel C Channel is determined by its physical dimensions and the density of the material. The channel has a C-shaped cross-section with two flanges and a web, which provide structural support and rigidity.

The physics behind the weight calculation involves understanding the volume of the channel’s steel and its distribution in space. The C-shaped design allows the channel to bear loads efficiently by distributing the stress along the flanges and web.

The weight depends on the width of the channel, the height of the web, the thickness of both the flanges and web, and the overall length of the channel. Since carbon steel has a specific density, each cubic centimetre of the material contributes a fixed amount of weight.

The formula encapsulates these relationships, accounting for the contributions of both flanges and the web, ensuring that the calculated weight accurately reflects the amount of material present in the channel.

The weight of an carbon steel C channel, W_(g) in grams is the sum of twice the product of the width, W_(cm) in centimetres and flange thickness, T_1(cm) in centimetres, plus the product of the height, H_(cm) in centimetres and web thickness, T_2(cm) in centimetres, all multiplied by the length, L_(cm) in centimetres and the material density, d_(g/cm3) in grams per cubic centimetres.

Weight of an carbon steel C channel, W_(g) = (2 * W_(cm) * T_1(cm) + H_(cm) * T_2(cm)) * L_(cm) * d_(g/cm3)

W_(g) = weight in grams, g.

W_(cm) = width in centimetres, cm.

T_1(cm) = flange thickness in centimetres, cm.

T_2(cm) =  web thickness in centimetres, cm.

H_(cm) = height in centimetres, cm.

L_(cm) = length in centimetres, cm.

d_(g/cm3) = density in grams per cubic centimetres, g/cm³.

Carbon Steel C Channel Weight Calculation:

1. A Carbon Steel C Channel has a width of 4 cm, web thickness (T1) of 0.6 cm, height (H) of 8 cm, flange thickness (T2) of 0.4 cm, length (L) of 300 cm, and a density of carbon steel of 7.85 g/cm³. Calculate the weight of the C Channel.

Given: W_(cm) = 4cm, T_1(cm) = 0.6cm, T_2(cm) = 0.4cm, L_(cm) = 300cm, H_(cm) = 8cm,

d_(g/cm3) = 7.85g/cm³.

Weight of an carbon steel C channel, W_(g) = (2 * W_(cm) * T_1(cm) + H_(cm) * T_2(cm)) * L_(cm) * d_(g/cm3)

W_(g) = (2 * 4 * 0.6 + 8 * 0.4) * 300 * 7.85

W_(g) = (4.8 * 3.2) * 300 * 7.85

W_(g) = 8 * 300 * 7.85

W_(g) = 18840g.

2. A Carbon Steel C Channel has a weight of 5000 g, width (W) of 6 cm, web thickness (T1) of 0.8 cm, height (H) of 10 cm, flange thickness (T2) of 0.5 cm, and a density of carbon steel of 7.85 g/cm³. Find the length of the channel.

Given: W_(cm) = 6cm, T_1(cm) = 0.8cm, T_2(cm) = 0.5cm, W_(g) = 5000, H_(cm) = 10cm,

d_(g/cm3) = 7.85g/cm³.

Weight of an acrylic C channel, W_(g) = (2 * W_(cm) * T_1(cm) + H_(cm) * T_2(cm)) * L_(cm) * d_(g/cm3)

L_(cm) = W_(g) / (2 * W_(cm) * T_1(cm) + H_(cm) * T_2(cm)) * d_(g/cm3)

L_(cm) = 5000 / (2 * 6 * 0.8 + 10 * 0.5) * 7.85

L_(cm) = 5000 / 14.6 * 7.85

L_(cm) = 43.59cm.