No BSD License
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[Y,T,X]=strnwave(t,x,xd,yd,le...
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[r,errmax]=beszeros(n,k,iter)
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[t,x,y,r]=beamwave
See Article 9.6
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[t,z,cptim]=runchain
See Article 8.9 of the text
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[u,X,T,uf,t]=forcmove(a,v,tma...
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[u,X,Y,tcp]=circwave(lam,r,th...
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[w,xm,ym,modes,bderr,modcofs]...
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cirmemod(nmin,nmax)
cirmemod(nmin,nmax)
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rectwave(a,b,alp,tmax,w,x0,y0...
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rundynam
This program is primarily based on examples from
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runpenl(w0)
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runtop
See Article 8.6
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smdplot(t,X)
See Article 2.6
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stringmo
Example: stringmo from Article 2.7
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trusvibs
Example: trusvibs from Article 10.4
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contents.m
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View all files
from
Dynamics of Some Classical System Models
by Howard Wilson
Animated response of some classical systems.
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| contents.m |
% This program illustrates various examples presented in
% 'Advanced Mathematics and Mechanics Applications Using MATLAB'
% 3rd Ed., CRC Press, 2003, by Howard Wilson, Louis Turcotte and
% David Halpern. The program is executed by typing rundynam.
% Then select the individually numbered examples. The separate
% program modules are listed below.
%
% rundynam main program which calls the other modules
% beamwave vibrating beam with initial deflection
% beszeros zeros of integer order Bessel functions
% circwave circular membrane with an oscillating force
% elipmodes elliptic membrane modes by Moler's method
% forcmove moving force on a semi-infinite string
% rectwave rectangular membrane with an oscillating force
% runchain falling elastic chain with one end fixed
% runpenl pendulum with large amplitude oscillations
% runtop spinning and nutating top motion
% smdplot spring-mass-damper with harmonic applied force
% stringmo vibrating string shaken at one end
% strngwave vibrating string with initial deflection
% trusvibs natural frequencies of a pin-connected truss
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