intact stability code

简明释义

完整稳性规则

英英释义

例句

1.The naval architect confirmed that the design met the intact stability code 完好稳定性规范 standards.

海军建筑师确认该设计符合完好稳定性规范标准。

2.The training session focused on understanding the intact stability code 完好稳定性规范 for different types of vessels.

培训课程集中于理解不同类型船舶的完好稳定性规范。

3.Before any modifications, the vessel's intact stability code 完好稳定性规范 must be re-evaluated.

在进行任何修改之前，必须重新评估船舶的完好稳定性规范。

4.During the safety drill, the crew reviewed the intact stability code 完好稳定性规范 for emergency procedures.

在安全演习中，船员们复习了紧急程序的完好稳定性规范。

5.The ship was inspected to ensure that the intact stability code 完好稳定性规范 was adhered to before sailing.

在出航前，船只经过检查，以确保遵循了完好稳定性规范。

作文

In the realm of maritime safety, the term intact stability code plays a crucial role in ensuring that vessels can safely navigate through various sea conditions. The intact stability code refers to a set of guidelines and regulations established to evaluate the stability of a ship when it is undamaged and not taking on water. This is essential for preventing capsizing and ensuring the safety of both the crew and cargo on board.Understanding the intact stability code involves delving into the principles of naval architecture and marine engineering. Stability is fundamentally about a vessel's ability to return to an upright position after being tilted by waves or wind. The intact stability code provides a framework for assessing this capability, outlining the necessary criteria that ships must meet to be considered seaworthy.For instance, one of the key aspects of the intact stability code is the concept of the metacentric height (GM). The GM is a measure of the distance between the center of gravity of the ship and its metacenter, which is the point where the buoyant force acts when the ship is tilted. A higher GM indicates better stability, meaning the ship is less likely to capsize. The intact stability code specifies minimum GM values for different types of vessels, ensuring that they are designed with adequate stability features.Compliance with the intact stability code is not just a bureaucratic requirement; it is a matter of life and death at sea. Ships that fail to adhere to these stability regulations risk severe consequences, including loss of life, environmental disasters, and significant financial losses. Therefore, shipbuilders and operators must prioritize adherence to the intact stability code during the design and operational phases of a vessel’s lifecycle.In addition to technical specifications, the intact stability code also emphasizes the importance of crew training and awareness. Even the most stable vessel can face challenges if the crew is not adequately trained to respond to emergencies. Regular drills and education on stability principles can help ensure that crew members understand how to maintain the ship's stability during adverse conditions. This holistic approach to safety encompasses both the physical attributes of the vessel and the human factors involved in maritime operations.Moreover, advancements in technology have also influenced the intact stability code. Modern simulation tools and software allow for more precise calculations of stability under various loading conditions and sea states. These innovations enable ship designers to create more efficient and safer vessels, adhering to the evolving standards set forth by the intact stability code.In conclusion, the intact stability code is a fundamental aspect of maritime safety that ensures ships are designed and operated with stability in mind. Its implications extend beyond mere compliance; they encompass the safety and wellbeing of all who traverse the seas. By prioritizing adherence to the intact stability code, the maritime industry can continue to protect lives and preserve the marine environment for future generations.

在海事安全领域，术语intact stability code在确保船只能够安全航行于各种海洋条件中发挥着至关重要的作用。intact stability code指的是一套指导方针和规定，用于评估船只在未受损且不进水时的稳定性。这对于防止翻覆和确保船上人员及货物的安全至关重要。理解intact stability code涉及深入研究船舶建筑学和海洋工程的原理。稳定性基本上是指船只在波浪或风的影响下倾斜后能否恢复到直立位置的能力。intact stability code提供了评估这一能力的框架，概述了船舶必须满足的必要标准，以被视为适航。例如，intact stability code的一个关键方面是重心高度（GM）的概念。GM是指船舶重心与其元中心之间的距离，元中心是船舶倾斜时浮力作用的点。较高的GM表示更好的稳定性，这意味着船舶不太可能翻覆。intact stability code规定了不同类型船舶的最低GM值，确保它们设计具有足够的稳定性特征。遵守intact stability code不仅仅是一个官僚要求；这是海上的生死攸关之事。未能遵守这些稳定性规定的船舶面临严重后果，包括生命损失、环境灾难和重大经济损失。因此，造船商和运营商在船舶生命周期的设计和操作阶段必须优先考虑遵守intact stability code。除了技术规范外，intact stability code还强调了船员培训和意识的重要性。即使是最稳定的船只，如果船员没有得到充分的培训以应对紧急情况，也会面临挑战。定期演习和对稳定性原理的教育可以帮助确保船员了解如何在不利条件下保持船舶的稳定性。这种对安全的整体方法涵盖了船舶的物理属性和海事操作中涉及的人为因素。此外，技术的进步也影响了intact stability code。现代模拟工具和软件允许对不同装载条件和海况下的稳定性进行更精确的计算。这些创新使船舶设计师能够创造出更高效、更安全的船舶，遵循intact stability code所制定的不断发展的标准。总之，intact stability code是海事安全的基本方面，确保船舶在设计和操作时考虑到稳定性。其影响超越了单纯的合规；它涵盖了所有航海者的安全和福祉。通过优先考虑遵守intact stability code，海事行业可以继续保护生命并为未来世代维护海洋环境。