Numerical solution of a problem on bending oscillation of a rod

Abstract

In article considered the problem of curved rod fluctuation with Jung†TM s module. Shown the civility of the problem formulation. For solution used integro-interpolation method. Constructed implicit differential scheme, which realized by five-point sweep method. Conducted numerical calculations showed coincidence of theoretical calculation values of solution. Calculations conducted on the system of computer algebra Wolfram Mathematica. Results of calculations are given for two cases of fixing ends of the rod: both ends are fixed and one end is fixed other is free.

Investigation of internal efforts in the components of the crop sprayer boom section

“…at first the partial derivatives must be taken and only after that the integration can be performed) or other approaches [16,17] which make the calculations faster and simpler. To analyze the distribution of efforts in the bearing structures of the machine it's quite reasonable to use some computational investigation based on the simulation models [18][19][20][21].…”