Calculate and sketch the variation of the shearing force and bending moment along the beam shown in the figure. A solid cylinder of 0.1 m diameter is subjected to a bending moment M = 3.3 kN*m, an axial force of P = 60 kN, and a twisting end couple T ...
The axial force for the corresponding stress would be the one used to calculate the torque required. Mar 23, 2024 #6 YoshiMoshi 236 10 Hey thanks! Instead of a homemade nut, would an alternative approach be, to mark the bolts? I have also seen differing opinions on this matter. But...
4. construction measures Liang Kuan b=1/25~1/35L, =1/15~1/20L H beam reinforcement, on the same, and meet the demand of construction 001: there are two ways to calculate the tension beam: 1, take the pull pull beam column node axial force larger 1 / 10, as the axial compression...
Probe the Joint Force as the upper cylinder moves to calculate the Air Spring stiffness. How far should the Joint move the outer cylinder? Should it move up and down or just up? Under Analysis Settings, turn on Auto Time Stepping and allow the solver to select the needed Substep size by...
The testing system records the force that is needed to stretch the material and the suitable displacement of the grips. Engineers measure the original cross-sectional area of a specimen and the original length between the grips. After that, they are able to calculate stress from the force data...
Dear all, I would like to know how to calculate the maximum load that a roller/wheel can stand under set conditions. The roller/wheel works in a sliding...
for their frictionless operation and ability to run without lubrication, magnetic bearings are a low-maintenance alternative to mechanical bearings with a longer lifespan. Learn how to calculate design parameters like magnetic forces, torque, and magnetic stiffness using the COMSOL Multiphysics® ...
To assess if this difference originates from Arp2/3 complex binding or the analysis methods used to calculate the filament twist, we applied our analysis methods to bare, bent filaments20. Reanalysis with our method yielded a modest twist change of ~0.1-0.4°(Fig. 2k, Supplementary Fig. 2b...
Lead screws are a versatile and economical linear motion option. Lead screws have relatively straight-forward geometry and performance and offer the flexibility to be adapted to the needs of most applications. While there are many applications that require the high stiffness, thrust capacity and absol...
Our engineers discuss the tuning options with the test driver and translate this into different stiffness characteristics. In our mobile tuning container, we optimize these characteristics via simulation tools, calculate the shape of the rolling piston of the air spring and produce the new shape on ...