发布时间 : 星期四 文章NAPA建模细则更新完毕开始阅读
11.3.3 zone破损
一个zone破损
DAM?>GEN DAM SUB=PROB WTC=CLIM SIDE=P ADJ=1 STO=SOLASDAM, SUB = name of the subdivision to use
WTC = name of watertight compartments (Compartment limits table)
SIDE = side of damage (P = port (default), S = starboard) ADJ = number of adjacent zones
STO = Name of table to store the result in 这样就生成了一个zone的破损状态，存在下表当中，同时在
同时在task>damage stability>damage中可以看到该zone下不同的dam
多个zone破损
Dam?>GEN DAM SUB=PROB WTC=CLIM SIDE=P ADJ=2-3 STO=SOLASDAM OZD=SOLASDAM
SUB = name of subdivision to use
SIDE = side of damage (P = port (default), S = starboard) ADJ = number of adjacent zones
STO = Name of table to store the result in
OZD = Name of table containing one zone damages 11.3.4 计算cases
? 在DAM下键入初始状态：
INIT PL ‘PARTIAL LOAD LINE’ T 3.46 GM 0.5 OK
INIT DL ‘DEEPEST LOAD LINE’ T 4.8 GM 0.4 OK
? 创建reg25表，在主界面下输入： NEW REG25-V1 REG25MODEL + DL DAM1 0.5 ZONES + PL DAM1 0.5 ZONES SAVE 其中
name of initial condition name of damage table weight coefficient
name of subdivision table
计算
Dam?>heel 0, 1, 3, 5, 7, (10 50 10)
DAM?>CAL TAB=SUMMARY STORE=RESULT SKIP=0.0001
DAM?>SEL CASES TAB=RESULT STORE=RESULT1 ONLY=MINS
DAM?>SEL CASES TAB=RESULT STORE=RESULT2 ONLY=(MINS,NOZ)
TAB = name of table to strip
STORE = name of the result table after storing
ONLY = what to be saved MINS = minimum S only saved (MINS,NOZ) = minimum S and cases with S>0 saved
11.3.5计算概率
DAM?>CAL PROB TAB=RESULT1 DAM?>CAL PROB TAB=RESULT2 11.3.6常用输出命令
? Dam?>LIST PSUM PTAB=RESULT1
? DAM?>LIST PRES PTAB=RESULT2
? DAM?>PLOT .PDCHECK
12.应急响应
12.1定义
打开task>emergency response进入er界面
然后设定在condition tree。子目录的condition是建立在根目录之下的，设定不同的应急方案可以用不同的子目录表示