IACS协调通用结构规则的分支研究:对结构设计和尺寸的影响

Wu Jiameng, Wang Gang, Cai Shijian
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引用次数: 1

摘要

《散货船和油轮协调通用结构规则》(CSR- h)已于2014年1月1日发布,并将于2015年7月1日生效,以取代目前两个独立的CSR版本,即油轮的CSR- ot和散货船的CSR- bc。CSR-H旨在协调CSR-OT和CSR-BC的一致方法,并建立新的标准和要求,进一步符合IMO基于目标的标准(GBS),其中GBS功能要求属于分类规则范围。为了保持与当前CSR相当或更高的安全水平,CSR- h内的规则开发作为指导方针,旨在针对给定的CSR船舶,在全球和本地具有相同的船舶设计参数和结构安排的情况下,相同或更高的尺寸要求。本研究的目的是介绍从CSR到CSR- h的主要变化,CSR- h是为符合GBS而设立的新标准,并评估其对结构设计,特别是对尺寸的影响。对精心挑选的10艘散货船和8艘油轮进行了调查,重点不仅放在船中部区域,而且放在最前面和最后面的货物块区域。确定了受疲劳或屈曲准则影响的典型临界区域,并对其进行了详细的讨论和分析。进一步总结了基于CSR-H的结构设计对尺寸的影响和改进建议,并得出结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ramification Study on IACS Harmonized Common Structural Rules: Impact on Structural Design and Scantlings
The Harmonized Common Structural Rules (CSR-H) for Bulk Carriers and Oil Tankers has been issued on 1st Jan 2014, and will enter into force on 1st July 2015 to supersede the current two separate CSR versions, namely CSR-OT for Oil tankers and CSR-BC for bulk carriers. CSR-H aims at a consistent methodology harmonizing CSR-OT and CSR-BC, and establishes new criteria and requirements with the further aim of compliance with the IMO Goal Based Standard (GBS) where GBS functional requirements fall within Classification Rule scope. To maintain equivalent or higher safety level than current CSR, the rule developments within CSR-H are as a guideline aimed at scantling requirements that will be the same or higher for a given CSR vessel given the same ship design parameters and structural arrangement both globally and locally. The purpose of this study is to introduce the main changes from CSR to CSR-H, the new criteria set up for GBS compliance, and evaluate their impact on the structural design, especially on the scantlings. A carefully selected set of ten bulk carriers and eight oil tankers are investigated with the focus not only on the midship area but also on the foremost and aftmost cargo block areas as well. The typical critical areas affected by CSR-H due to fatigue or buckling criteria are identified, discussed and analyzed in detail. The impacts on scantlings and improvement suggestions for structural design based on CSR-H are further summarized and conclusions made.
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