An airport terminal has 4 gates with a weighted average occupancy of 30 minutes and a gate utilization factor of 0.5. What is the overall gate capacity___________________?
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Answer: C. 4 aircrafts per hour
Explanation
Gate capacity measures how many aircraft can be processed per hour based on operational parameters. Multiplying the number of gates by the utilization factor accounts for downtime between flights. Calculating the inverse of occupancy time in hours gives a total throughput of four aircraft per hour. Airport terminal design requires careful analysis of gate capacity to prevent aircraft congestion on tarmac. Gate occupancy time represents the duration an aircraft spends occupying a boarding gate. Utilization factor adjusts theoretical maximum throughput to reflect realistic operational inefficiencies.
Aviation planners use gate capacity formulas to design terminal expansions for growing airline hubs. Efficient gate management reduces passenger delays and optimizes airline flight schedule turnarounds. Airport congestion modeling helps authorities schedule runway and terminal expansions effectively. An output of one aircraft per hour severely underestimates the combined processing capability of four gates. Two aircraft per hour represents a lower capacity than what this specific operational setup can achieve. Sixteen aircraft per hour ignores the actual occupancy time constraints imposed by boarding procedures.
- Subject
- Engineering
- Category
- Civil Engineering
- Topic
- —
- Difficulty
- medium
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