submerged hydrofoil

简明释义

潜沉式水翼

英英释义

例句

1.The design of the new yacht features a submerged hydrofoil, which reduces drag and increases speed.

新游艇的设计采用了潜水翼，这减少了阻力并提高了速度。

2.The submerged hydrofoil technology allows for smoother rides over rough waters.

这种潜水翼技术使得在波涛汹涌的水面上航行更加平稳。

3.Using a submerged hydrofoil can significantly enhance the performance of racing sailboats.

使用潜水翼可以显著提高比赛帆船的性能。

4.Engineers are testing a submerged hydrofoil to improve fuel efficiency in high-speed boats.

工程师们正在测试一种潜水翼，以提高高速船只的燃油效率。

5.The research team is exploring the impact of a submerged hydrofoil on marine life.

研究小组正在探讨潜水翼对海洋生物的影响。

作文

The development of marine transportation has always been a significant focus for engineers and designers striving to enhance speed and efficiency. One innovative approach that has gained attention in recent years is the use of a submerged hydrofoil, which can dramatically improve the performance of various types of vessels. A submerged hydrofoil is a specialized wing-like structure that is mounted below the waterline of a boat or ship. When the vessel moves forward, the hydrodynamic lift generated by the hydrofoil raises the hull out of the water, reducing drag and allowing for higher speeds. This technology has the potential to revolutionize both commercial and recreational boating.The concept of hydrofoils is not new; they have been used in racing boats and some military applications for decades. However, the idea of a submerged hydrofoil takes this technology a step further by ensuring that the foils remain underwater during operation. This design minimizes the impact of waves and other surface disturbances, providing a smoother ride and greater stability. As a result, vessels equipped with submerged hydrofoils can achieve remarkable speeds while maintaining safety and comfort for passengers.One of the most significant advantages of using a submerged hydrofoil is the reduction in fuel consumption. By lifting the hull out of the water, the resistance faced by the vessel is significantly decreased, which means that less energy is required to maintain high speeds. This is particularly beneficial in an era where environmental concerns are paramount, as lower fuel consumption translates into reduced emissions. Additionally, the efficiency gained from submerged hydrofoils can lead to cost savings for operators, making it an economically viable option for various maritime applications.Moreover, the design of submerged hydrofoils allows for greater maneuverability. Vessels utilizing this technology can respond more quickly to changes in direction, making them ideal for both leisure and professional use. For instance, in competitive sailing or racing, the ability to swiftly navigate tight turns can be the difference between winning and losing. Similarly, in commercial shipping, enhanced maneuverability can lead to safer docking and navigation in congested waters.Despite these advantages, there are challenges associated with the implementation of submerged hydrofoils. The initial costs of retrofitting existing vessels or designing new ones with this technology can be high. Additionally, the maintenance of hydrofoils requires specialized knowledge and skills, which may not be readily available in all maritime operations. Furthermore, the effectiveness of submerged hydrofoils can be influenced by various factors such as water conditions, vessel size, and operational speed. Therefore, thorough testing and adjustment are essential to maximize their benefits.In conclusion, the incorporation of submerged hydrofoils into marine vessels presents a compelling opportunity for innovation in the field of transportation. With their ability to enhance speed, reduce fuel consumption, and improve maneuverability, submerged hydrofoils could play a crucial role in the future of boating. As technology continues to advance, it is likely that we will see more widespread adoption of this fascinating engineering solution, ultimately leading to a more efficient and sustainable maritime industry.

海洋运输的发展一直是工程师和设计师关注的重要领域，他们努力提高速度和效率。近年来，一种引人注目的创新方法是使用潜水翼，它可以显著改善各种船只的性能。潜水翼是一种特殊的翼状结构，安装在船或舰艇的水线以下。当船只向前移动时，水动力升力使船体抬离水面，从而减少阻力并允许更高的速度。这项技术有潜力彻底改变商业和休闲航行。水翼的概念并不新颖；几十年来，它们一直被用于竞赛船和一些军事应用。然而，潜水翼的想法将这项技术更进一步，确保翼在操作期间保持在水下。这种设计最小化了波浪和其他表面干扰的影响，提供了更平稳的航行和更大的稳定性。因此，配备潜水翼的船只能够在保持乘客安全和舒适的同时实现惊人的速度。使用潜水翼的一个显著优势是燃油消耗的减少。通过将船体抬出水面，船只面临的阻力显著降低，这意味着维持高速所需的能量减少。在环保问题日益受到重视的时代，较低的燃油消耗意味着减少排放。此外，潜水翼带来的效率提升可以为运营商节省成本，使其成为各种海事应用的经济可行选择。此外，潜水翼的设计允许更大的机动性。利用这一技术的船只可以更迅速地对方向的变化做出反应，使其既适合休闲使用，也适合专业使用。例如，在竞争帆船或赛车中，快速导航紧急转弯的能力可能是胜负的关键。同样，在商业航运中，增强的机动性可以导致更安全的停靠和在拥挤水域中的导航。尽管有这些优势，但实施潜水翼也面临挑战。改装现有船只或设计新船以采用该技术的初始成本可能很高。此外，水翼的维护需要专业知识和技能，这在所有海事操作中可能并不容易获得。此外，潜水翼的有效性可能受到水域条件、船只大小和操作速度等多种因素的影响。因此，进行全面的测试和调整对于最大化其效益至关重要。总之，将潜水翼纳入海洋船只中为运输领域的创新提供了令人信服的机会。凭借其提高速度、减少燃油消耗和改善机动性的能力，潜水翼在未来的航行中可能发挥至关重要的作用。随着技术的不断进步，我们可能会看到这种迷人的工程解决方案的更广泛应用，最终导致一个更高效和可持续的海洋产业。