Villamos gépek robusztus tervezése Adze-modeler segítségével
Robust design optimization of electrical machines in Adze-modeler
Keywords:
finite element methods, electrical machine, robusztus tervezés, optimalizálás, digital twins, végeselem módszer, villamos gépek, robust design optimizationAbstract
Robust design of electrical machines is a complex engineering task that requires the combined application of several engineering, numerical computation and optimisation methods. In order to design a robust machine and reduce the number of waste parts during production, it is essential to consider manufacturing tolerances from the initial, preliminary design stage. Tolerance analysis of a design can, in itself, increase the computational cost of a design optimisation process several times over. This task is supported by Adze-modeler, a finite element library supporting a wide range of mathematical, design of experiments and artificial intelligence methods, which is capable of publicising the parametric simulations created in it, i.e. saving them as digital twins.
Kivonat
Villamos gépek robusztus tervezése összetett mérnöki feladat, amelynek a megoldásához többfajta mérnöki, numerikus térszámítási és optimalizálási módszer együttes alkalmazása szükséges. Robosztus gép kialakításához, illetve a gyártás során keletkező selejtszám csökkentéséhez, nélkülözhetetlen a gyártási toleranciák figyelembevétele, már a tervezés kezdeti, előzetes tervezési szakaszától kezdődően. Egy terv toleranciaanalízise, önmagában többszörösére képes emelni egy tervezési, optimalizálási folyamat számítási költségét. Ennek a feladatnak a támogatását célozza meg az Adze-modeler, a számos matematikai, design of experiments és mesterséges intelligenciás módszert támogató végeselem könyvtár, mely képes a benne létrehozott parametrikus szimuláció közművesítésére, azaz digitális ikerként való elmentésére.
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