waterline beam

简明释义

水线面宽

英英释义

例句

1.Before launching, we should check the waterline beam to ensure compliance with regulations.

在下水前，我们应该检查一下水线宽度以确保符合规定。

2.The designer adjusted the waterline beam to enhance performance during races.

设计师调整了水线宽度以提高比赛时的表现。

3.A wider waterline beam generally improves a boat's stability in rough waters.

更宽的水线宽度通常会提高船只在波涛汹涌水域中的稳定性。

4.To calculate the stability of the vessel, we need to measure the waterline beam accurately.

为了计算船只的稳定性，我们需要准确测量水线宽度。

5.The ship's waterline beam indicates the maximum width at which it can float safely.

船只的水线宽度指示了它可以安全漂浮的最大宽度。

作文

The concept of the waterline beam is crucial in the field of naval architecture and marine engineering. When designing a ship, understanding the dimensions and characteristics of the waterline beam can significantly impact its stability, performance, and overall efficiency in the water. The waterline beam refers to the width of a vessel at the waterline, which is the line where the hull meets the surface of the water. This measurement is essential for determining how well a ship will perform in various sea conditions. A wider waterline beam typically indicates a more stable vessel, as it provides a larger area that is in contact with the water. This increased surface area helps distribute weight more evenly and reduces the likelihood of capsizing in rough seas. For example, cargo ships often have a broad waterline beam to ensure they remain stable while carrying heavy loads. On the other hand, vessels designed for speed, such as racing yachts, may have a narrower waterline beam to reduce drag and enhance their ability to cut through the water efficiently.In addition to stability, the waterline beam also plays a significant role in the hydrodynamics of a vessel. The shape and width of the waterline beam affect how water flows around the hull, influencing resistance and maneuverability. Naval architects must carefully consider these factors when designing a ship to ensure that it meets specific performance criteria. For instance, a vessel with an optimal waterline beam can achieve higher speeds with less power, making it more fuel-efficient and environmentally friendly.Moreover, the waterline beam has implications for loading and unloading cargo. A wider beam allows for a larger cargo hold, which can be advantageous for commercial shipping. However, it may also limit access to certain ports or waterways that have restrictions on vessel dimensions. Thus, balancing the waterline beam with other design elements is essential for maximizing a ship's operational capabilities.In conclusion, the waterline beam is a fundamental aspect of ship design that affects stability, performance, and cargo capacity. Understanding its significance helps naval architects create vessels that are not only efficient but also safe and reliable in various marine environments. As technology advances, the importance of optimizing the waterline beam will continue to grow, paving the way for innovative designs that meet the demands of modern shipping and navigation. In summary, the waterline beam (水线宽度) is a pivotal measurement in naval architecture that influences a vessel's stability, hydrodynamics, and cargo capacity. By considering these factors, designers can create ships that are well-suited for their intended purposes, whether for commercial use or recreational activities.

水线宽度的概念在海洋建筑和海洋工程领域至关重要。当设计一艘船时，理解和掌握水线宽度的尺寸和特性可以显著影响其稳定性、性能和整体水中效率。水线宽度是指船体在水面上的宽度，即船体与水面接触的线。这一测量对于确定船只在不同海况下的表现至关重要。通常，较宽的水线宽度意味着更稳定的船只，因为它提供了一个更大的与水接触的面积。这种增加的表面积有助于更均匀地分配重量，并减少在恶劣海况下翻覆的可能性。例如，货船通常具有较宽的水线宽度，以确保在装载重物时保持稳定。另一方面，为了追求速度而设计的船只，如赛车游艇，可能会有较窄的水线宽度，以减少阻力并增强其高效穿越水面的能力。除了稳定性，水线宽度还对船只的水动力学产生重要影响。水线宽度的形状和宽度会影响水流绕过船体的方式，从而影响阻力和操控性。海军建筑师在设计船只时必须仔细考虑这些因素，以确保其满足特定的性能标准。例如，具有最佳水线宽度的船只可以以更少的功率实现更高的速度，使其更加节能和环保。此外，水线宽度对货物的装卸也有影响。较宽的水线宽度允许更大的货舱，这对于商业运输而言是有利的。然而，它也可能限制进入某些港口或水道的能力，因为这些地方对船只的尺寸有一定的限制。因此，平衡水线宽度与其他设计元素对于最大化船只的操作能力至关重要。总之，水线宽度是船只设计的基本方面，影响着稳定性、性能和货物容量。理解其重要性帮助海军建筑师创造出不仅高效而且安全可靠的船只，适应各种海洋环境。随着技术的进步，优化水线宽度的重要性将继续增长，为满足现代航运和导航需求的创新设计铺平道路。总结来说，水线宽度（waterline beam）是海军建筑中的一个关键测量，影响着船只的稳定性、水动力学和货物容量。通过考虑这些因素，设计师可以创造出适合其预期用途的船只，无论是用于商业用途还是休闲活动。