Abstract
This work proposes a hydro-mechanical power transmission technology. It is a combined concept of mechanical and hydraulic power transmission. This scheme overcomes the individual issues of the both power transmission systems, and provides various combined advantages such as it not only attain higher output speed but also provides a suitable provision to store excess energy into it. A dynamic model of hydro-mechanical power transmission technology is developed using bond graph (BG) technique and simulated using SYMBOLS SHAKTI software. Simulation responses of the model indicate that the output speed of the hydro-motor is gained due positive gear ratio and hydraulic system added higher system controllability potential.
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