An infinite rod has an initial triangular-pulse displacement function (eta(0, x)=C-|x|) for (|x|
Question:
An infinite rod has an initial triangular-pulse displacement function \(\eta(0, x)=C-|x|\) for \(|x| (a) Find the displacement function \(\eta(t, x)\) at later times, assuming all mass points in the rod are initially at rest. (b) Carry out a Fourier transform of \(\eta(0, x)\) to determine \(g(0, k)\), which shows the degree to which various wavelengths make up the triangular pulse.
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Related Book For
Question Posted: