The aim of the current work is to develop an integration method for explicit differential equations in order to improve the accuracy of the existing differential methods used to deal with dynamic problems. Primary methods for solving are Runge-Kutta 4th order, which are derived from the Runge-Kutta 1st order or Euler method. The disadvantage of various variations of the Runge-Kutta methods is usually that when solving one real problem, which is written with the differential equation of the second order, must be translated into the differential equations of the 1st order. Our integration method is based on an explicit solution with predefined initial conditions or with an extension to solve a differential equation. With our integration method, we wish to eliminate this weakness, but of course we must be aware that such an approach also has the advantages and disadvantages that are presented in the presented work.
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