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所在平台: Udemy |
课程主页: https://www.udemy.com/course/maritime-stability-and-subdivision/
课程评论：没有评论
**课程名称:** 海上船舶稳性与载货分舱：原理与实践 (Maritime Stability and Subdivision: Principles and Practices) **课程概述:** 本课程旨在为海上专业人士、船舶设计师、学生及任何对船舶安全感兴趣的人士提供确保船舶安全和高效航行的必备知识和技能。 **核心内容:** * **完整稳性 (Intact Stability):** 深入学习船舶在外部作用力下如何保持直立及恢复平衡。关键概念包括： * 重力中心 (center of gravity) * 稳心高度 (metacentric height, GM) * 复原力臂 (righting levers) * 环境条件对船舶稳性的影响 (impact of environmental conditions) * **2008年国际完整稳性规则 (2008 IS Code):** 学习不同类型船舶（货船、油轮、客船等）的合规性分析。 * **破损稳性 (Damage Stability):** 涵盖以下关键内容： * **SOLAS法规 (SOLAS regulations)** * **分舱要求 (subdivision requirements)** * **概率法与决定法 (probabilistic and deterministic approaches)** * 船舶如何设计以应对进水和结构损坏。 * **稳性计算的实践应用 (practical insights into stability calculations)** * **静水力学的作用 (role of hydrostatics)** * **稳性手册和文件的应用 (application of stability booklets and documentation)** * **水密舱壁设计与分隔 (Bulkhead design and compartmentalization):** 重点介绍水密舱壁和防撞舱壁如何保持船体浮力和降低进水风险。 * **散装货物稳性 (Stability of Grain Cargo):** 探讨处理散装谷物货物特有的稳性挑战，包括： * 自由液面效应 (free surface effect) * 谷物移位 (grain shift) * **IMO散装谷物规则 (IMO Grain Code) 的合规性。** **目标受众:** 海事专业人士、船舶设计师、学生以及对船舶稳性原理感兴趣的各界人士。
Essential knowledge and skills needed to ensure the safety and efficiency of maritime vessels with our comprehensive course on Ship Stability. This in-depth training is ideal for maritime professionals, naval architects, students, and anyone interested in understanding the critical principles that keep ships safe at sea.You'll begin by mastering intact stability, learning how ships maintain upright positions and return to equilibrium when exposed to external forces. We explore vital concepts such as the center of gravity, metacentric height (GM), righting levers, and the impact of environmental conditions on vessel stability. Our coverage of the 2008 International Code on Intact Stability (IS Code) equips you to analyze compliance requirements for different ship types, from cargo vessels to tankers and passenger ships.The course then delves into damage stability, including SOLAS regulations, subdivision requirements, probabilistic and deterministic approaches, and how vessels are designed to withstand flooding and structural damage. You'll gain practical insights into stability calculations, the role of hydrostatics, and the application of stability booklets and documentation.A dedicated module focuses on bulkhead design and compartmentalization, showing how watertight and collision bulkheads preserve buoyancy and minimize flooding risk. The course also highlights the unique stability challenges of handling grain cargo, such as free surface effect, grain shift, and compliance with the IMO Grain Code.
