bilging calculation

简明释义

浸水计算

英英释义

例句

1.The bilging calculation showed that the vessel was taking on more water than expected.

这项舱底计算显示船只进水量超过预期。

2.Accurate bilging calculations are essential for maintaining the ship's stability.

准确的舱底计算对于维持船只的稳定性至关重要。

3.Before departure, the crew completed the bilging calculation to ensure safety.

在出发前，船员完成了舱底计算以确保安全。

4.The engineer performed a bilging calculation to determine the water intake in the hull.

工程师进行了舱底计算以确定船体的进水量。

5.During the inspection, we found that the bilging calculation had not been updated.

在检查过程中，我们发现舱底计算没有更新。

作文

In the field of maritime engineering, one often encounters various technical terms that are essential for ensuring the safety and efficiency of vessels. One such term is bilging calculation, which refers to the process of determining the volume of water that can accumulate in the bilge of a ship. The bilge is the lowest part of a vessel's hull, where water collects due to leaks, waves, or condensation. Understanding bilging calculation is crucial for shipbuilders and operators alike, as it directly impacts the vessel's stability and buoyancy.The primary purpose of bilging calculation is to assess the potential risks associated with water accumulation in the bilge. If too much water collects, it can lead to a dangerous situation where the ship becomes unstable and may even capsize. Therefore, performing accurate bilging calculation is vital during the design phase of a vessel. Engineers must consider factors such as the ship's size, weight distribution, and the expected conditions it will face at sea.To perform a bilging calculation, engineers typically start by measuring the dimensions of the bilge area. This includes calculating the length, width, and depth of the bilge compartment. Once these measurements are obtained, they can use mathematical formulas to determine the total volume of the bilge space. Additionally, they must take into account the maximum allowable water level in the bilge to ensure that the ship remains safe and operational.Moreover, bilging calculation is not a one-time process; it must be revisited regularly throughout the life of the vessel. As ships undergo repairs, modifications, or changes in cargo, the characteristics of the bilge area may change, necessitating new calculations. Regular maintenance checks and updates to the bilging calculation help prevent unforeseen issues that could arise from water accumulation.In addition to its technical applications, understanding bilging calculation also has implications for environmental protection. Ships that allow excess water to enter their bilges may inadvertently discharge pollutants into the ocean. By accurately calculating the bilge water levels and managing them effectively, ship operators can minimize their environmental impact and comply with international regulations regarding waste disposal.Furthermore, training crew members on the importance of bilging calculation and how to monitor bilge levels is essential. Crew members should be familiar with the bilge system and know how to operate pumps and other equipment designed to remove excess water. This knowledge not only contributes to the safety of the vessel but also fosters a culture of responsibility and awareness among the crew.In conclusion, bilging calculation is a fundamental aspect of maritime operations that cannot be overlooked. It plays a critical role in ensuring the safety and efficiency of vessels while also protecting the marine environment. By understanding and applying bilging calculation, engineers and crew members can work together to maintain the integrity of their ships and navigate the seas with confidence.

在海事工程领域，人们经常会遇到各种技术术语，这些术语对于确保船舶的安全和效率至关重要。其中一个术语是舱底计算，它指的是确定水在船舶舱底积聚的体积的过程。舱底是船体最低的部分，水由于泄漏、波浪或凝结而积聚在此。理解舱底计算对于造船师和操作人员来说至关重要，因为它直接影响到船舶的稳定性和浮力。舱底计算的主要目的是评估与舱底水积聚相关的潜在风险。如果积聚的水过多，可能会导致危险情况，船舶变得不稳定，甚至翻覆。因此，在船舶设计阶段进行准确的舱底计算至关重要。工程师必须考虑诸如船舶的大小、重量分布以及预期在海上面临的条件等因素。要进行舱底计算，工程师通常首先测量舱底区域的尺寸。这包括计算舱底舱室的长度、宽度和深度。一旦获得这些测量值，他们可以使用数学公式来确定舱底空间的总体积。此外，他们还必须考虑舱底中最大允许的水位，以确保船舶保持安全和可操作。此外，舱底计算并不是一次性过程；在船舶的整个使用寿命中都必须定期重新审视。随着船舶进行维修、改装或货物变化，舱底区域的特征可能会发生变化，因此需要新的计算。定期的维护检查和对舱底计算的更新有助于防止因水积聚而产生的意外问题。除了其技术应用外，理解舱底计算还有环境保护的意义。允许过量水进入舱底的船舶可能会无意中将污染物排放到海洋中。通过准确计算舱底水位并有效管理，船舶操作员可以最小化其环境影响，并遵守有关废物处理的国际法规。此外，培训船员了解舱底计算的重要性以及如何监测舱底水位也是至关重要的。船员应熟悉舱底系统，并知道如何操作泵和其他旨在去除多余水的设备。这种知识不仅有助于船舶的安全，还培养了船员之间的责任感和意识。总之，舱底计算是海事操作中不可忽视的基本方面。它在确保船舶安全和效率的同时，也保护了海洋环境。通过理解和应用舱底计算，工程师和船员可以共同努力，维护船舶的完整性，自信地航行于海洋。