| To solve the problems of high risk, high cost, and difficulty in data acquisition in traditional motor course experiments, a virtual simulation experiment platform is designed based on Unity3D. Taking DC motors, asynchronous motors, synchronous motors and transformers as objects, the experimental scenes of motor disassembly, starting, and paralleling have been constructed. Established a comprehensive experimental method consist of "theoretical knowledge learning, virtual simulation project study, and simulation model practical operation", realizing the combination of "theory and practice, virtual and actual, teaching and innovation". The platform provides students with self-opening experimental conditions, which has played an important role in stimulating students' interest in learning and cultivating students' innovative practical ability. |
