2007年5月7日 · FAQ: Maximum Load on Beams: Formula & Share/Bend Moment Diagrams What is the maximum load that a beam can withstand? The maximum load that a beam can withstand is determined by its material properties, dimensions, and how it is supported. It can be calculated using the formula: Maximum Load = Yield Strength x Cross-sectional Area.

2019年11月14日 · Basically looking to find out what the maximum amount of load you could put on the center of a structure like this would be, in theory. Top Beam: The top "Beam" of the assembly in the drawing is 3"x 3"x 3/8" square tubing, 112.5" long Supporting Beams: The beams supporting each end of the Top...

2015年1月26日 · i) the maximum load that can be carried using a Factor of Safety of 2.5 ii) the extension under this load So what i currently have worked out is the maximum allowable working stress which is 420/2.5=168 KN/m^2 (is this right?) and the cross section area which is presume is 10.5mm x12.5mm = 131.25mm^2 (is this right too?) Thank you in advance

2015年12月17日 · I have a flat steel bar (30 mm width, 5 mm thick, 1100 mm long). The bar has a load applied in the centre of 100N. the bar is fixed at both ends with a single concentrated load P applied mid-span the maximum yield stress is 250 MPa (250x10^6 Pa) How do I calculate the maximum load the bar can...

2014年7月18日 · Determining the allowable uniform load that can be applied to a beam Determining the allowable uniform load that can be applied to an A36, HSS 4x4x3/16 steel square tube. Theres a 30,000lb weight being applied evenly across the top face in a downward direction.

2014年7月24日 · I have a HSS 6x6x1/4in steel square tube that is 63.5in long. I am trying to determine its maximum load when standing vertically on end (assume it is perfectly vertical and fixed at both ends). I have calculated the following: Moment of Inertia = 28.6in^4 radius of gyration = 2.34in Cross sectional area = 5.75in^2 Modulus of elasticity = 29,000ksi

2012年5月7日 · Can anyone offer a method or location of a method for determining the permissible axial load that can be applied to an internal thread? i.e. Take a nut and screw into it two bolts, one from either end so they meet in the middle of the nut, then apply a tension force across the two bolts. How...

2009年1月23日 · What is the maximum load which can be lifted by an electric hoist attached to the outer end of the steel beam, if the tensile stress in the beam due to bending is not to exceed 60MN/m 2. The mass of the hoist itself is 50kg. modulus of elasticity of steel, E, = 210GN/m 2 modulus of rigidity for steel, G, = 80GN/m 2 Thanks in advance for any ...

2014年3月17日 · The goal is to find the maximum load for each type of force, but it is unclear which equation to use as the box is empty. The dimensions of the box are provided, with a width of 70mm, length of 85mm, height of 65mm, and thickness of 6mm for the four sides and 10mm for the top and bottom.

2012年11月16日 · The bat has a load applied in the centre of 30n I know the maximum yield stress is 150 mpa 150x10^6 How do I calculate the maximum load the bar can take? Homework Equations I used stress = m y / I The Attempt at a Solution I calculated the bending moment to be 3.75 at 250mm (.25m) using a shear bending diagram, I then reversed the equation ...