User Portlet
| Discussions |
|---|
| Sir, I can delete the common terms, but want to automate the process. I am doing vibrational analysis by solving governing equation. Since the assumption made in displacement are trigonometric series so want to cancel the trigonometric function if... |
| Sir Thank you for your reply. I want to use the other option. G[x_, y_] := x y \[PartialD][G (x, y)]/\[PartialD]y &[Wolfram Notebook][1] still getting error. [1]: https://www.wolframcloud.com/obj/134a83cd-5e82-464a-8e3a-800da8945c19 |
| Thank you, it's working. |
| hc = 0.0; Dxc = 880200; Exc = Dxc/\!\( \*SubsuperscriptBox[\(\[Integral]\), \(\(-hc\)/2\), \(hc/2\)]\( \*SuperscriptBox[\(z\), \(2\)] \[DifferentialD]z\)\) I want to calculate Dx values for different hc(core height)... |
| Sir In the present work value of x and y is unknown so somehow i want to eliminate term containing x and y variable from all three equation. I am finding free vibration frequency of a plate using the assumed solution but the problem is x and y is... |
| Sir I am waiting for your valuable answer. |
| Thank you sir....Its working for me |