SUBSTANTIATION DESIGN KINEMATIC PARAMETERS MECHANICAL is a B.Tech project topic for Agricultural Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
SUBSTANTIATION DESIGN KINEMATIC PARAMETERS MECHANICAL Project Details
| Abstract |
This project gives design guidance and kinematic analysis for an autonomous, mechanical wind‑powered water‑pumping system aimed at remote farms and pastures. It runs without any electrical grid, using wind energy directly to drive a diaphragm pump. The mechanical assembly includes: – a twelve‑blade horizontal‑axis wind rotor with a 1.2 m diameter, – a drive shaft, – a cam‑and‑lever transmission mechanism, and – a reciprocating guide rod. Together these parts turn the rotor’s rotation into the back‑and‑forth motion needed to operate the diaphragm pump. The documentation presents the theoretical calculations and kinematic models required to evaluate performance under different wind conditions. It examines how drive‑shaft angular velocity, operating‑cycle frequency, pump capacity,
hydraulic power, and mechanical loads on the pump’s moving parts are linked. By looking at shaft speeds from 32 rpm to 95 rpm, the study identifies the kinematic parameters that maximize water discharge rates and mechanical efficiency. This material serves as a technical reference for engineering students building mechanical wind‑pumping prototypes for off‑grid agricultural water management.
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| Reference Paper |
SUBSTANTIATION OF THE DESIGN AND KINEMATIC PARAMETERS OF A MECHANICAL WIND-POWERED PUMPING SYSTEM FOR AUTONOMOUS WATER SUPPLY TO AGRICULTURAL FACILITIES |
| Domain |
Agricultural Engineering |
| Sub-Domain |
Renewable Energy in Agriculture |
| PDF Download |
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