How to propagate a signal in time and space using Simulink
Hello all, I am interested in creating simplified models of acoustic feedback in fluid flows, and am exploring simulink to deduce simple transfer function. I am a novice of simulink and am not sure if this is the right tool for the job. In short, I want to model my complicated flow as a back and forth signal propogation in 1D as sketched below:
|———->——-<—–|
So far, I have only been able to create signal models as a function of time. My question is, can simulink create models as a function of time and space? ie) can I define a 1D domain and watch a signal propogate back and forth in time? What are some basic steps to go about this? Thanks!!Hello all, I am interested in creating simplified models of acoustic feedback in fluid flows, and am exploring simulink to deduce simple transfer function. I am a novice of simulink and am not sure if this is the right tool for the job. In short, I want to model my complicated flow as a back and forth signal propogation in 1D as sketched below:
|———->——-<—–|
So far, I have only been able to create signal models as a function of time. My question is, can simulink create models as a function of time and space? ie) can I define a 1D domain and watch a signal propogate back and forth in time? What are some basic steps to go about this? Thanks!! Hello all, I am interested in creating simplified models of acoustic feedback in fluid flows, and am exploring simulink to deduce simple transfer function. I am a novice of simulink and am not sure if this is the right tool for the job. In short, I want to model my complicated flow as a back and forth signal propogation in 1D as sketched below:
|———->——-<—–|
So far, I have only been able to create signal models as a function of time. My question is, can simulink create models as a function of time and space? ie) can I define a 1D domain and watch a signal propogate back and forth in time? What are some basic steps to go about this? Thanks!! simulink, signals MATLAB Answers — New Questions