Intrinsically Safe Drone Propulsion System for Underground Coal Mining Applications: Computational and Experimental Studies
Intrinsically Safe Drone Propulsion System for Underground Coal Mining Applications: Computational and Experimental Studies
- New search for: Ahmed Aboelezz
- New search for: David Wetz
- New search for: Jane Lehr
- New search for: Pedram Roghanchi
- New search for: Mostafa Hassanalian
- New search for: Ahmed Aboelezz
- New search for: David Wetz
- New search for: Jane Lehr
- New search for: Pedram Roghanchi
- New search for: Mostafa Hassanalian
The mining industry has recently shown increased interest in drones for routine activities in underground and surface mines. Designing a drone for coal mines is extremely complicated since the Mine Safety and Health Administration (MSHA) has tight guidelines for any equipment that can be used in underground coal mines. Due to these criteria, designing a drone for underground coal mining is exceedingly difficult. This paper explores the challenges of creating an intrinsically safe drone propulsion system. To address the challenges of designing an intrinsically safe drone’s propulsion system for an underground coal mine, this work aims to investigate the potential approaches to enhance efficiency and mitigate the heat. The study begins with the drone’s sizing approach before moving on to the experimental setup that is utilized to test the drone’s propulsion system. Finally, answers to numerous issues arising during the inquiry are offered, and these solutions are empirically explored.
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Intrinsically Safe Drone Propulsion System for Underground Coal Mining Applications: Computational and Experimental Studies
2023
Article (Journal)
Electronic Resource
Unknown
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