Beam calculator - beam with two symmetrical loads
...a line load. However, the aggregate itself is rigid compared to the beam, i.e. its deformation under its own load is less than that of the beam. The result is...
...a line load. However, the aggregate itself is rigid compared to the beam, i.e. its deformation under its own load is less than that of the beam. The result is...
This exercise is about the usage of the belt friction formula. Common friction values can be found here. A tool for the calculation of belt friction is here. Task A...
Information how to use this can be found if you scroll down. Source code Examples This page uses the Tikzjax library. Note for Safari users: Unfortunately, using this editor can...
Task The forces F1 and F2 are located in the x-y plane. Calculate the resulting moment for both forces combined at the origin. F1 = 20 N, F2 = 30...
...solution shown here, the cuts are placed in such a way that the support reactions are not included in the equilibrium of forces. Nevertheless, for the sake of completeness, the...
...F_{Ax} = F_{Ay} \cdot µ_0 \] The two bodies are in a state of rest as long as the x component of the rope force FS is smaller or exactly...
The following table shows a list of the material Young's modulus (modulus of elasticity) of several materials. Online calculators for calculating the beam bending can be found here. Material Young's...
...l}{4} \] \[ \tag{25} F_{Az} = \frac{F}{2} \] \[ \tag{26} F_{Bz} = \frac{F}{2} \] And for the sake of completeness \[ \tag{27} F_{Ax} = \] The bearing reactions for the...
This exercise shows how to calculate the resulting moment from several forces acting under different angles in a plane state. Task There are three forces attacking on a cranked body....
The total cost line and the cost line can be used both for liquidity planning in the project and for project controlling. The following diagrams contain a comparison of the...