this question is unanswerable without more information. Are you referring to a 4" steel stud? If so, it depends how closely the studs in the stud wall are spaced, how tall the studs are and if they have lateral bracing (and if so, how much/at what heights?). You also need to state what gauge the steel is. If you are referring to channel steel to be used as a beam/purlin/rafter - one would need to know the span and the thickness of the steel.
okay, simple fraction math:The two unknown sections of the beam, the 1/6 and 2/5, must be added together to find the fraction of the beam not above the water. LCD is 6x5=30. The result is 17/30. Subtract that result from one (the whole beam). 30/30 - 17/30 is 13/30. We now know that the 78' above the water is 13/30 of the whole beam.Proportion time: The whole beam has 30 parts. 13 parts of the beam is a length of 78'. A single part is 78/13 = 6'. Multiply 6' by 30 and you get 180', the length of the whole beam.Alternate Method: just set up the ratio and solve for x.13/30 = 78/x, 13x = 78*30, x = 78*30/13, x = 6*30, x' = 180'.
you can make a beam balance by putting a coloum in the centre of the beam
It depends on what the beam is made of.
In order to compute the neutral axis of a beam, we need its dimension and shape.
Its a Square hollow section its a regual beam that is hollow.. in other words a metal tube beam.
Use a steel beam.. That would be code.. steel w10x15 (50ksi) I beam.
I-beam
The cast of On the Great Steel Beam - 1914 includes: Harry Gripp as Lombardi
It proves shear reinforcement in the beam.
get dearer
No, the density of steel is greater than the density of air. Therefore, the density of a beam made of steel will be greater than the density of the air surrounding it.
Among our handy steel beam tables you can find standard beams' dimensions and beams' weights, steel hollow sections tables and other steel profiles data.
The weight a steel I beam can hold depends on its dimensions, material properties, and the way it is supported. Steel beams are typically rated based on their load-bearing capacity in pounds per foot or kilonewtons per meter. To determine the exact weight a specific steel I beam can hold, you would need to consult structural engineering tables or software that consider factors such as the beam's span, section modulus, and moment of inertia.
A singly reinforced beam only has steel reinforcement on the tension side (along the bottom of the cross section) where as a doubly reinforced beam has steel reinforcement on both the tension and compression sides, ie. the top and bottom of the cross section.
1.50 meter from the support is the max. safe length cantilever beam
150*150*10thk h beam weight per meter