Code covered by the BSD License

Highlights from
Classical_Mechanics_with_Matlab_applications_JEH.zip

[xf,fval,exitflag,iters]=mmfs... file downloaded from http://www.mathworks.com/matlabcentral/
binary1_der( t, w, flag,c,m1,... binary2_der.m: returns the derivatives for binary mass system
central_der( t, w, flag,a,L,m... central_der.m: returns the derivatives for -a*r^p central force
centralu_der( h, v, flag,a,L,... centralu_der.m: returns the derivatives for
cycloid3d_der( t, r, flag, qm... cycloid3d_der.m
doublep_der(t,w,flag,L1,L2,m1... doublep_der.m: returns the derivatives for the double pendulum problem
froot =ecoll_2dfun(X)%use thi... ecoll_2dfun.m finds the zeros of the momentum, energy equations
froot =ecoll_2dfun0(X)%use th... ecoll_2dfun0.m finds the zeros of the momentum, energy equations
inerel2=inert_el2(m,x,y,z) ... inert_el2.m
inerel=inert_el(m,x,y,z) inert_el.m
molec_der( t, x, flag) molec_der: returns the derivatives for the two atom molecule
pend2_der( t, x, flag,w0) pend2_der: returns the derivatives for the pendulum's full solution
rocket_der( t, w, flag,alpha,... rocket_der.m: returns the derivatives for the rocket equations
ruther_der( t, w, flag,K,m) ruther_der.m: returns the derivatives for Rutherford scattering trajectory
simpu=simp(f,inc)
step=stepf(x,s,ss) stepf.m
top_der(t,w,flag,I,Is,ws,tau0... top_der.m: returns the derivatives for the symmetric top problem
torquef2_der( t, w, flag, gam... torquef2_der.m: returns the derivatives for the torque free ellipsoid
trapez=trap(f,inc)
binary1.m
binary2.m
central.m
central2.m
centralu.m
conic1.m
conic2.m
conic3.m
cube_princ_ax.m
curl_ex.m
cycloid2d.m
cycloid3d.m
det_soln.m
det_soln2_2d.m
divergence_ex.m
doublep.m
drive_amp.m
drive_phase.m
drive_power.m
drive_sol.m
earthorb.m
ecoll_2d.m
ecoll_2d0.m
eigen.m
ellipse.m
ellipso.m
euler_ang.m
fixed_axis.m
foft.m
fofv.m
fofx.m
foucault.m
gauss_sphere.m
gm_ruther.m
gradient_ex.m
ho1.m
ho2.m
inter_spr1.m
inter_spr2.m
kepler3rd.m
least_action.m
molec.m
molec_mu.m
moment_sdisk.m
orbit_period.m
over_crit_damp.m
parabola.m
partic1.m
partic2.m
pend0.m
pend1.m
pend2.m
potential.m
projectile.m
projectile2.m
r_energy.m
rocket.m
ruther.m
ruther_cross1.m
ruther_cross2.m
ruthercm_cross.m
simple_orbit.m
theta_max.m
top.m
torque_free.m
torque_free_s.m
torquef2.m
under_damp.m
v_and_f.m
xoft.m
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Classical_Mechanics_with_Matlab_applications_JEH.zip

by Javier Hasbun

04 Jul 2008 (Updated 15 Jul 2008)

Applications from the text: Classical Mechanics with Matlab applications by Javier E Hasbun, Jones &

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File Information

Description

Classical Mechanics with MATLAB Applications by Javier E. Hasbun
© Copyright 2008 Jones and Bartlett Publishers: http://www.jbpub.com/catalog/0763746363/
See also the author's website: http://www.westga.edu/~jhasbun/osp/osp.htm
Or send the author an email to jhasbun@westga.edu

These Matlab scripts perform the calculations of the text. They are provided to enable users to do the text's computations. There are also java applications available at my website listed above.

MATLAB release

MATLAB 7.3 (R2006b)

Other requirements

The applications run on most Matlab version going back to release 11 or Matlab 5.3

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Highlights from Classical_Mechanics_with_Matlab_applications_JEH.zip

Classical_Mechanics_with_Matlab_applications_JEH.zip

Highlights from
Classical_Mechanics_with_Matlab_applications_JEH.zip