A Plain Carbon steel I beam built into a wall (cantilevered), as shown in Table1, below, has length, L = 2.2 m, and a cr
Posted: Fri Apr 29, 2022 11:52 am
- A Plain Carbon Steel I Beam Built Into A Wall Cantilevered As Shown In Table1 Below Has Length L 2 2 M And A Cr 1 (77.95 KiB) Viewed 33 times
inertia along the y axis, the answer is 350340.64mm^4 but i
need to know the working out.
A Plain Carbon steel I beam built into a wall (cantilevered), as shown in Table1, below, has length, L = 2.2 m, and a cross section as shown in Figure 3. Using the load P (Newtons) of 2000 N, load rate w, (uniformly distributed load) of 50 N/m (for case 3) and distance a = 1.3m, from the support, calculate the maximum deflection S, for all the cases shown in Table1. (Show your working as much as possible). Using any software of your choice, carry out a simulation of the beam loads, to obtain the maximum deflection. Use some screen shots to show your results. Compare and contrast the results of the calculation to the results from the simulation. Briefly discuss why the results from the calculation could differ from those obtained in the simulation. Assume and do state any reasonable parameters that may not have been given in this exercise. (30%) 50.80 25.40 3.18 1.59 R3.18 63.50 3.18 31.75 3.18
50.80 25.40 3.18 1.59 R3.18 63.50 3.18 31.75 BITE