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Development of a Multi-storage Car Parking System, 2018
Development of a Multi-storage Car Parking System, 2018
Motivation: Nowadays space has become a very big problem in big towns and cities. In the era of miniaturization, it's become a very crucial necessity to avoid the wastage of space in big companies, markets, apartments, etc. Here we proposed a solution named automated lead screw based multilevel parking to solve this problem. This motorized car parking system can minimize the area for parking cars. We designed and simulated on the concept of lead screw lifting method and both sides cell after cell parking which is modernized, more efficient and even a space saving one. This paper gives the information to develop a reduced working model of a car parking system for parking 16 cars within a parking area of 0.542 m². This also aims to develop an automated parking system prototype which will be efficient with minimum cost for densely populated cities in Bangladesh.
Proposal: A multilevel car parking system with 16 cells which can park and retrieve cars from exact cell number.
Method:
Result:
Contribution:
Project Fellows:
Project Fellows:
1.Sourav Dhar 2.Partha Sarathi Ghosh
Mechanical Cutting & Welding:
Mechanical Cutting & Welding:
Uttam Babu
Working Duration: November 2017 - February 2018
Working Duration: November 2017 - February 2018
Completed Under:
Completed Under:
Dept. of EEE, Premier University, Chittagong
Dept. of EEE, Premier University, Chittagong
Costing: Thirty thousand BDT
Costing: Thirty thousand BDT
Documents:
Documents:
Von mises Stress Simulation (Design Ratio - 4000:1)
Stress simulation of Lead Screw due to torque
Stress analysis of Parking Cell (5N)
Vehicle Grabber Stress Analysis (2N)
Strain analysis of motor due to torque (6N)
Aspect Ratio of Complete System
Beam Bending Stress (20N)
Parking Algorithm
Retrieving Algorithm
Schematic Diagram
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