hydraulic crane working model for science exhibition - simple and easy project | DIY pandit
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Introduction to the Hydraulic Crane Working Model

Hydraulic systems are widely used in various engineering applications to lift heavy loads and perform precise tasks. They rely on the principle of hydraulic pressure to create force and movement.

This working model of a hydraulic crane, constructed using syringes and cardboard, demonstrates the fundamental concepts of hydraulic engineering and fluid mechanics in a simple and accessible way.

The model operates based on Pascal's principle, which states that pressure applied to a confined fluid is transmitted equally in all directions. When one syringe is pushed, it forces fluid into the other syringe, causing it to move. This movement is transferred to the crane's arm, allowing it to lift or lower objects.

By manipulating the syringes, the crane's arm can be raised or lowered, demonstrating how hydraulic pressure can be used to control the movement of a crane. The model effectively showcases how small forces can be amplified through hydraulic systems to lift heavier loads.

Overall, this hydraulic crane model offers an engaging way to learn about engineering principles and hydraulic systems, making complex concepts more understandable through practical, everyday materials.