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The pressure radiated by a column of in-phase monopole sources may be expressed as:
Create a model (spreadsheet / MATLAB etc) for a 6 element column, where d=0.2m. Figure gives an example solution, where f=1kHz. You may choose an arbitrary source strength, but r must be large compared to source dimensions.
Figure: Column source directivity where N=6, d=0.2, f=1kHz
Read the document and quote me ... https://www.dropbox.com/s/pvq4f45fpwajibi/Course_wk%20_2013_.pdf
The Plot Function: We will begin with a very simple graph of one point using the plot function. The script, plotonepoint, below plots only one point. To do this, at first the
a) Develop and submit a power-based MC "SNR" simulator (derived from the voltage-based SNR program provided in MS Powerpoint file) that: i) Uses the following Input: Time period
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-The program should run always until the user enters -1 to exit from the program. - In the main, you should ask user to input any angles in degrees (Ad) and an integer number (N).
Discuss the frequency range / radiation angles at which the two models diverge, and relate this divergence to your understanding of the behaviour of a pistonic source. Compare t
Functions which return More than one Value: Functions which return one value have one output argument. The Functions which return more than one value should rather have more t
Scripts with Input and output: Placing all this together, we can implement the algorithm from the starting of this section. The following script computes and prints the area o
Analytical solution
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