Project Name : Hexa-Parking Lot—Less Area More Space
Theme Name : Mathematics Modelling
Objective/Aim:
1. To ensure efficient space utilization.
2. Making our structures safer and stronger.
3. Removing flaws of conventional designs, out of the box structure.
Scientific Principle: The Hexa-Parking-Lot is a mathematical model which could prove to be very useful in practical life. It is based on the
following principles:
Symmetry
Maximum usage by Minimum wastage of space in a given area.
Less normal force experienced in case of earthquakes and tremors by the structure when implemented with such a design.
Materials used:
Polycarbonate Fiber Sheets, Plastic rods and wire casing, Springs,
Wires(to hold the springs in place), Clay, Araldite(as adhesive)
Working investigation/Findings: The Hexa-Parking-Lot is better than the existing conventional quadrilateral designs, out of which Square is the most common.
The Hexa Parking lot occupies less area and accommodates a larger number of cars.
Its design makes it easier to drive out from the parking as most positions provide nearly equal proximity to the main entry/exit lane.
A single lane for entry and exit saves the space “wasted” in conventional designs, where separate lanes are required for entry and exit.
This design offers better seismic stability as compared to other designs. It thus, has a better probability of resisting damage when earthquake or other similar events occur.
The unique design of the ramp reduces its chances of falling onto the structure, thus enhancing the overall safety factor of the structure.
Utility and Further scope of the project: With rapid deforestation and land reclamation from the sea already creating havoc in the
environment, it is important for us to make use of all the space we already have in the best possible way, rather than further disturbing ecological balance.
If implemented effectively, this structure is capable of accommodating an extra of 6 cars per lane in outer rings and about 4-5 extra cars in innermost ring on a small scale. If implemented on a large scale, it can increase the capacity of the parking manifold, as can be guessed from the above mentioned figures.
Better seismic performance can reduce damage to the structure in case disasters strike, thus making rebuilding easier.
Name of the School: Dayanand Public School, The Mall, Shimla, H.P.
