船海工程
船海工程
선해공정
SHIP & OCEAN ENGINEERING
2014年
2期
39-43
,共5页
冯国庆%刘琳琳%任慧龙%刘日明%刘洋
馮國慶%劉琳琳%任慧龍%劉日明%劉洋
풍국경%류림림%임혜룡%류일명%류양
HCRS%舱壁位移%附加应力%公式法%系数法
HCRS%艙壁位移%附加應力%公式法%繫數法
HCRS%창벽위이%부가응력%공식법%계수법
HCSR%bulkhead displacement%additional stress%formula method%coefficient method
以3型目标船为样本,通过理论推导和实船计算,对散货船油船协调共同规范( HCSR规范)疲劳简化算法评估中舱壁位移引起纵骨端部附加应力(公式法和系数法)进行分析,结果表明:理论公式法适用于散货船,不适用于油船;油船应采用系数法。
以3型目標船為樣本,通過理論推導和實船計算,對散貨船油船協調共同規範( HCSR規範)疲勞簡化算法評估中艙壁位移引起縱骨耑部附加應力(公式法和繫數法)進行分析,結果錶明:理論公式法適用于散貨船,不適用于油船;油船應採用繫數法。
이3형목표선위양본,통과이론추도화실선계산,대산화선유선협조공동규범( HCSR규범)피로간화산법평고중창벽위이인기종골단부부가응력(공식법화계수법)진행분석,결과표명:이론공식법괄용우산화선,불괄용우유선;유선응채용계수법。
Taking 3 target ships as examples , the method to calculate the additional stress ( formula method and coefficient method) of longitudinal end connection introduced by bulkhead displacement was researched for the fatigue assessment in Com -mon Structural Rules for Bulk Carriers and Oil Tankers ( HCSR) through theoretical derivation and full scale calculation .The nu-merical results showed that the formula method is suitable for bulk carriers while the coefficient method is suitable for oil tankers .