Acetal T-Bar Weight Calculator, Formula, Acetal T-Bar Weight Calculation

Acetal T-Bar Weight Calculator:

Enter the values of width, W_(cm), thickness, T_(cm), height, H_(cm) and length, L_(cm) to determine the value of weight, W_(g).

Acetal T-Bar Weight Formula:

An Acetal T bar is a structural element commonly used in engineering and manufacturing due to its robust mechanical properties and dimensional stability.

Acetal, also known as polyoxymethylene (POM), is a high-performance thermoplastic known for its excellent rigidity, low friction, and high resistance to wear and chemicals.

The T bar features a cross-sectional profile resembling the letter “T,” which provides superior strength and load-bearing capabilities while maintaining a lightweight structure.

The design of the T bar allows it to be used effectively in various applications, including precision machinery, automotive components, and structural supports.

The weight of the T bar is determined by its geometric dimensions and the density of the Acetal material.

The weight calculation accounts for the volume of the material used, factoring in the thickness of the bar and the hollow section of the T profile.

The weight, W_(g) in grams of an Acetal T-bar is calculated by taking the width, W_(cm) in centimetres multiplied by the thickness, T_(cm) in centimetres, then subtracting the product of the height, H_(cm)in centimetres minus the thickness (H_(cm) – T_(cm)) and the thickness, T_(cm). Multiply the resulting area by the length, L_(cm) in centimetres and the material density, d_(g/cm3) in grams per cubic centimetre.

Acetal T-Bar Weight,

W_(g) = [W_(cm) * T_(cm) – (H_(cm) – T_(cm)) * T_(cm)] * L_(cm) * d_(g/cm3)

W_(g) = Acetal T-bar weight in grams, g.

W_(cm) = width in centimetres, cm.

T_(cm) = thickness in centimetres, cm.

H_(cm) = height in centimetres, cm.

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

L_(cm) = length in centimetres, cm.

Acetal T-Bar Weight Calculation:

1. Given: W_(cm) = 7cm, T_(cm) = 1.2cm, H_(cm) = 8cm, L_(cm) = 100cm, d_(g/cm3) = 1.41g/cm³.

ABS T-Bar Weight, W_(g) = [W_(cm) * T_(cm) – (H_(cm) – T_(cm)) * T_(cm)] * L_(cm) * d_(g/cm3)

W_(g) = [7 * 1.2 – (8 – 1.2) * 1.2] * 100 * 1.41

W_(g) = 1.56 * 100 * 1.41

W_(g) = 219.96g.

2. Given: W_(cm) = 6cm, T_(cm) = 2cm, H_(cm) = 10cm, W_(g) = 6000g, d_(g/cm3) = 1.41g/cm³.

ABS T-Bar Weight, W_(g) = [W_(cm) * T_(cm) – (H_(cm) – T_(cm)) * T_(cm)] * L_(cm) * d_(g/cm3)

L_(cm) = W_(g) / [W_(cm) * T_(cm) – (H_(cm) – T_(cm)) * T_(cm)] * d_(g/cm3)

L_(cm) = 6000 / [6 * 2 – (10 – 2) * 2] * 1.41

L_(cm) = 6000 / 4 * 1.41

L_(cm) = 1063.49cm.