Recent content by cvnaditya

As shown below figure. my cantilever is of two different rigidity modulus. At the end point of the beam, load is applied. As the load increase the beam tends deflects more, where θ value will be from 1° to 80°. i have to use finite element method to solve the problem.

I am using MATLAB for analysis, and this is my final analysis of the project. unable to get the equation and right method to get the result. Can you help me.

Steamking before i also have the same doubt but when going through project i got to know there will be large defelction. according to strength of material we find deflection for slope angle of 0.5 when load acting at the end point. But when the load is increasing and the slope angles changes...

how to solve the large deflection of the beam, i have tried using finite element method but unable to find it.

yes sir, i have posted formula. i hope it is correct and useful.

Yes, your right one length one material and rest of the length will be another material... I derived the formula using basic govering equation yesterday and verified it with MATLAB program for cantilever beam. Both the results are correct, it is used for having two different materials and...

what is the formula for the cantilever beam having two different young's modulas and moment of inertia, when a point load is acting on the free end. i have been trying but unable to get the formula. if the formula i can validate my project work and complete it