Design and development of a vehicle powered by a hydrostatic system with the implementation of tandem wheel drive
DOI:
https://doi.org/10.37431/conectividad.v6i2.290Keywords:
Hydrostatic system, Mechatronics, Tandem drive, Teaching practicing, EngineeringAbstract
This project presents as its objective the design of an innovative vehicle to facilitate the study, analysis and operation of a hydrostatic system, its power path from the engine to the wheels, in addition to offering a practical and comprehensive look at the traction system in tandem. The problem focuses on the improvement of technical-professional teaching, for which an experimental, descriptive, exploratory and qualitative approach methodology was proposed. Through interactive videos and didactic explanations, this educational tool allowed study participants to explore processes intuitively, demystifying complex engineering concepts. It was concluded that the implementation of this resource is ideal in engineering and mechatronics careers, demonstrating acceptance by students and a teaching professional.
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