Implementation of simulation model and application of linear motors

Nekoliko je istaknutih prednosti i mana koje srećemo kod linearnog motora u odnosu na klasični elektromotor koji sadrži rotor, a koje navodimo u ovom radu. Kroz povijest su se one iskorištavale koristeći pogodnosti koje linearni motor ima u odnosu na klasični, a najpoznatiji primjeri u praksi svakako su Maglev vlakovi, koji su i dan danas vrlo skupi, sofisticirani i nerasprostranjeni. U rješavanju izazova i problema koji bi se mogli pojaviti u praktičnoj primjeni linearnog motora mogu poslužiti simulacije koje će bez rizika pružiti odgovore na pitanja promjene određenih parametara linearnog motora ili njegove okoline. U ovom radu simulirana je promjena otpora namota statora, promjena induktivnosti namota statora, promjena razmaka između polova te promjena snage permanentnog magneta.There are several main advantages and disadvantages that we encounter describing a linear motor in relation to the classic electric motor that contains a rotor, which we list in this paper. Throughout history, they have been used to get the best out of linear motors, and the most famous examples in practice are certainly the Maglev trains, which are still very expensive, sophisticated, and uncommon. In solving the challenges and problems that could arise in the practical application of a linear motor, simulations can be used to provide risk-free answers to the questions of changing certain parameters of a linear motor or its environment. In this paper we simulated the change in the resistance of the stator windings, the change in the inductance of the stator windings, the change in the distance between the poles and the change in the strength of the permanent magnet