hull vibration noise

简明释义

船体振动噪声

英英释义

例句

1.To improve passenger comfort, the ship's design included features to reduce hull vibration noise 船体振动噪声.

为了提高乘客的舒适度，船舶设计中包括了减少船体振动噪声的功能。

2.Monitoring hull vibration noise 船体振动噪声 can help detect potential maintenance issues before they become serious.

监测船体振动噪声可以帮助在潜在维护问题变得严重之前发现它们。

3.The captain requested a report on the hull vibration noise 船体振动噪声 levels during the last voyage.

船长要求提供关于上一次航行中船体振动噪声水平的报告。

4.The engineers conducted tests to measure the hull vibration noise 船体振动噪声 generated during high-speed sailing.

工程师们进行了测试，以测量在高速航行期间产生的船体振动噪声。

5.The research focused on correlating hull vibration noise 船体振动噪声 with structural integrity of the vessel.

研究集中在将船体振动噪声与船体结构完整性相关联。

作文

The maritime industry has always been a critical component of global trade and transportation. However, with the growing concerns over environmental impacts and noise pollution, understanding phenomena such as hull vibration noise becomes increasingly important. 船体振动噪声 refers to the sound generated by the vibrations of a ship's hull as it moves through water. This noise can originate from various sources, including the propulsion system, waves hitting the hull, and even the interactions between the hull and marine organisms. One significant factor contributing to hull vibration noise is the design and construction of the vessel itself. The materials used, the shape of the hull, and the overall engineering play crucial roles in how sound is produced and transmitted. For instance, a well-designed hull that minimizes resistance will not only improve fuel efficiency but also reduce the intensity of hull vibration noise. Conversely, poorly designed vessels may experience excessive vibrations, leading to higher noise levels and potential discomfort for crew and passengers. Moreover, the impact of hull vibration noise extends beyond human perception. Marine life is highly sensitive to underwater sounds, and increased noise pollution can disrupt communication among species, interfere with mating rituals, and even lead to disorientation. Research has shown that certain fish and marine mammals rely on sound for navigation and hunting, making them vulnerable to the adverse effects of hull vibration noise. To mitigate these issues, the maritime industry is exploring various technologies and practices aimed at reducing hull vibration noise. Innovations in hull design, such as the use of specialized coatings or modifications to the shape of the vessel, can significantly decrease the vibrations produced. Additionally, advancements in propulsion technology, like electric engines or quieter propellers, are being developed to minimize noise output. Another approach to addressing hull vibration noise involves regular maintenance and monitoring of vessels. Ensuring that all components are functioning correctly can help prevent excess vibrations that contribute to noise. Implementing routine inspections and using vibration-damping materials can further enhance a ship's performance while reducing its acoustic footprint. As regulations regarding marine noise pollution become more stringent, the importance of understanding and controlling hull vibration noise cannot be overstated. Shipbuilders and operators must prioritize noise reduction strategies not only to comply with legal standards but also to protect marine ecosystems. By investing in research and development, the industry can create a more sustainable future for maritime operations. In conclusion, hull vibration noise is a multifaceted issue that affects both human activities and marine life. As we continue to navigate the challenges of modern shipping, it is essential to focus on innovative solutions that address the root causes of this noise. Through improved vessel design, advanced technology, and proactive maintenance, we can work towards minimizing hull vibration noise and fostering a healthier marine environment.

海洋工业一直是全球贸易和运输的重要组成部分。然而，随着对环境影响和噪声污染的日益关注，理解诸如船体振动噪声这样的现象变得越来越重要。船体振动噪声是指船体在水中移动时产生的声音。这种噪声可能来源于多种因素，包括推进系统、波浪撞击船体的声音，以及船体与海洋生物之间的相互作用。 造成船体振动噪声的一个重要因素是船只的设计和建造本身。所用材料、船体的形状以及整体工程在声音的产生和传播中起着至关重要的作用。例如，一个设计良好的船体可以减少阻力，不仅提高燃油效率，还能降低船体振动噪声的强度。相反，设计不良的船只可能会经历过度振动，导致更高的噪声水平并可能给船员和乘客带来不适。 此外，船体振动噪声的影响超出了人类的感知。海洋生物对水下声音非常敏感，噪声污染的增加会干扰物种之间的交流，影响交配仪式，甚至导致迷失方向。研究表明，某些鱼类和海洋哺乳动物依赖声音进行导航和捕猎，使它们容易受到船体振动噪声的不利影响。 为了减轻这些问题，海洋工业正在探索各种技术和实践，旨在减少船体振动噪声。船体设计的创新，如使用专门的涂层或对船只形状的改进，可以显著减少产生的振动。此外，推进技术的进步，如电动发动机或更安静的螺旋桨，正在开发中以最小化噪声输出。 解决船体振动噪声的另一种方法涉及对船只进行定期维护和监测。确保所有部件正常运作可以帮助防止导致噪声的过度振动。实施定期检查和使用减振材料可以进一步提高船只的性能，同时减少其声学足迹。 随着有关海洋噪声污染的法规变得更加严格，理解和控制船体振动噪声的重要性不容小觑。造船商和运营商必须优先考虑噪声减少策略，不仅要遵守法律标准，还要保护海洋生态系统。通过投资于研究和开发，行业可以为海洋运营创造一个更可持续的未来。 总之，船体振动噪声是一个多方面的问题，影响着人类活动和海洋生物。随着我们继续应对现代航运的挑战，专注于解决这一噪声根本原因的创新解决方案至关重要。通过改善船只设计、先进技术和积极维护，我们可以努力最小化船体振动噪声，促进更健康的海洋环境。