Layout algorithm for carrier aircraft in hangar based on basic spatial combination relationship

Table 1. Partial combination relationship of aircrafts
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Table 1. Partial combination relationship of aircrafts
机型 F-14A F/A-18C EA-2C
F-14A 对式、齐头式对式 —
F/A-18C — 对式、齐头式 —
EA-2C — — 对式

Table 2. The result set

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Table 2. The result set

集合名称	内容
${ { {V} }_1}$	{(EA-2C*1)}
${ { {V} }_2}$	{(F-14A4),(F-14A3+F-14A1),(F-14A2+F-14A2),(F-14A2+F-14A1+F-14A1),(F-14A1+F-14A1+F-14A1+F-14A1)}
${ { {V} }_3}$	{对式，齐头式}
${ {V} }$	$\{(v_1,v_2,v_3)\|v_1 \in V_1,v_2 \in V_2,v_3 \in V_3\}$

Table 3. Basic layout requirements of aircraft hangar
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Table 3. Basic layout requirements of aircraft hangar
F-14A F/A-18C EA-6B S-3A E-2C SH-60B 小艇总计
总需求量 5 13 2 5 1 2 4 32
子舱室1 2 4 1 2 0 1 1 11
子舱室2 2 5 0 2 0 1 1 11
子舱室3 1 4 1 1 1 0 2 10

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Zhuguo XU, Minghui YU, Jin WU, Mingqiang DAI. Layout algorithm for carrier aircraft in hangar based on basic spatial combination relationship[J]. Chinese Journal of Ship Research, 2021, 16(3): 9

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