Bearing loads of a statically indetermined beam
...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...
...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...
...Which moment results from the forces F1, F2 and F3 regarding to point P? Component with acting forces Solution The following video is in german language. Please scroll down for...
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...
...does the ladder slip? At the bottom of the page is an online calculator for testing various combinations of coefficients of static friction, lengths and angles. Task A ladder is...
...successful project delivery. Some of the terms are linked to exemplary articles with further information of the related topic. Clear and achievable project goals and objectives Effective project planning and...
...how the cuts are made, i.e. which area of the beam is being "cut off". In the solution shown here, the sections are placed in such a way that the...
...that there can be minimal deviations from analytically determined maxima. Statically indeterminate systems are most common in practice, the beam shown here on 3 supports (also called multi-span beam) is...
...r \omega^2 \left( cos \varphi + \lambda \cos 2 \varphi \right) \] So the determination of the speed and the acceleration of the piston in the crank drive is complete....
...general equation for a plane derived from a normal vector is \[ \tag{7} a\cdot x + b\cdot y +c \cdot z = \] with the components of the normal vector...
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...