length between load-waterline perpendiculars

简明释义

载重水线垂线间长

英英释义

例句

1.Engineers must consider the length between load-waterline perpendiculars when designing the hull.

工程师在设计船体时必须考虑水线垂直线间长度。

2.A larger length between load-waterline perpendiculars can improve a vessel's speed.

更大的水线垂直线间长度可以提高船舶的速度。

3.The length between load-waterline perpendiculars affects the ship's cargo capacity.

船只的水线垂直线间长度影响其货物容量。

4.The ship's length between load-waterline perpendiculars is crucial for calculating its stability.

船只的水线垂直线间长度对于计算其稳定性至关重要。

5.During the survey, we measured the length between load-waterline perpendiculars for compliance.

在调查过程中，我们测量了水线垂直线间长度以确保合规。

作文

The concept of length between load-waterline perpendiculars is crucial for understanding the design and performance of ships. This term refers to the distance measured between the forward and aft perpendiculars at the load waterline, which is the line that indicates the ship's waterline when it is loaded to its maximum capacity. In simpler terms, it helps in determining how long a ship is when it is sitting in the water under normal operational conditions. Understanding this measurement is essential for naval architects and marine engineers as it directly influences various aspects of a vessel's performance, including stability, speed, and cargo capacity. For instance, a longer length between load-waterline perpendiculars often results in better hydrodynamic efficiency, allowing the ship to cut through water more smoothly and travel faster. This is particularly important in commercial shipping, where time is money and fuel efficiency is paramount.Moreover, the length between load-waterline perpendiculars plays a significant role in the ship's overall design and structural integrity. A well-calculated length ensures that the vessel can withstand the stresses it encounters at sea, including waves, wind, and other forces. If the length is not optimized, it could lead to structural failures or compromised safety, which are unacceptable in maritime operations.In addition to performance and safety, the length between load-waterline perpendiculars also affects regulatory compliance. Different countries have specific regulations regarding ship dimensions, and understanding this measurement helps shipbuilders ensure that their vessels meet international standards. This is especially relevant for large container ships and tankers, which must adhere to strict guidelines to operate in various ports around the world.Furthermore, the length between load-waterline perpendiculars is also a critical factor in calculating the ship's displacement and buoyancy. Displacement refers to the weight of water displaced by the ship's hull, which is equal to the weight of the ship itself when it is floating. Knowing the length helps in determining how much weight the ship can carry without compromising its buoyancy and stability.In conclusion, the length between load-waterline perpendiculars is a fundamental aspect of ship design that impacts performance, safety, regulatory compliance, and buoyancy calculations. For anyone involved in the maritime industry, whether as a student, engineer, or operator, a solid understanding of this measurement is vital. It not only enhances one’s knowledge of naval architecture but also contributes to the safe and efficient operation of vessels in an ever-evolving maritime landscape.

“载重水线垂直线之间的长度”这一概念对于理解船舶的设计和性能至关重要。这个术语指的是在载重水线处，从前垂直线到后垂直线之间的距离，载重水线是指船舶在最大载荷条件下的水线。简单来说，它有助于确定船舶在正常操作条件下在水中所处的长度。理解这一测量对于海军建筑师和海洋工程师非常重要，因为它直接影响到船舶性能的各个方面，包括稳定性、速度和货物容量。例如，较长的载重水线垂直线之间的长度通常会导致更好的水动力效率，使船舶能够更顺利地切割水面并提高航速。这在商业航运中尤为重要，因为时间就是金钱，燃料效率至关重要。此外，载重水线垂直线之间的长度在船舶的整体设计和结构完整性中也起着重要作用。经过良好计算的长度确保船舶能够承受在海上遇到的压力，包括波浪、风力和其他力量。如果长度没有得到优化，可能会导致结构故障或安全隐患，这在海事操作中是不可接受的。除了性能和安全，载重水线垂直线之间的长度还影响合规性。不同国家对船舶尺寸有具体规定，理解这一测量有助于造船商确保其船舶符合国际标准。这对大型集装箱船和油轮尤其相关，因为它们必须遵守严格的指南才能在世界各地的港口运营。此外，载重水线垂直线之间的长度还是计算船舶排水量和浮力的关键因素。排水量是指船体排开的水的重量，这等于船舶在漂浮时自身的重量。了解长度有助于确定船舶在不影响浮力和稳定性的情况下可以承载多少重量。总之，载重水线垂直线之间的长度是船舶设计的一个基本方面，影响着性能、安全性、合规性以及浮力计算。对于任何参与海事行业的人，无论是学生、工程师还是操作员，扎实理解这一测量都是至关重要的。这不仅提升了人们对海军建筑的知识，也有助于在不断发展的海事环境中安全高效地操作船舶。