Mathematics in Education, Research and Applications (MERAA), 2015(1), 1
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Received 2014-11-12 ǀ Accepted 2015-02-07 ǀ Published online 2015-05-25
DOI:http://dx.doi.org/10.15414/meraa.2015.01.01.12-17
APPLICATION OF NUMERICAL INTEGRATION IN TECHNICAL PRACTICE
Jozef Rédl,Veronika Váliková, Dušan Páleš, Ján Antl
Slovak University of Agriculture, Nitra, Slovak Republic
Article Fulltext (PDF), pp. 12–17
- In this contribution we present the methodology of the solution of ordinary differential equation by the Runge–Kutta numerical method of
fourth order. Analysed function is continuous and it has derivatives at every point. Records of the centre of the gravity velocities of agricultural
technological vehicle are function values of the derivatives. Algorithm of numerical integration was implemented by the help of programming language C≠ in MS
Visual Studio Pro 2010 developing environment. Trajectory of the centre of the gravity movement in three-dimensional space is the result of the listed algorithm.
- Keywords: numerical integration, algorithms, programming, trajectory
- JEL Classification: N40