broadside launching

简明释义

横向下水

英英释义

例句

1.The new warship is designed for efficient broadside launching of torpedoes.

这艘新战舰设计用于高效的侧面发射鱼雷。

2.In the simulation, the broadside launching strategy proved to be the most effective.

在模拟中，侧面发射策略被证明是最有效的。

3.The engineers are working on improving the accuracy of broadside launching systems.

工程师们正在努力提高侧面发射系统的准确性。

4.During the naval battle, the ships executed a broadside launching to maximize their firepower.

在海战中，舰艇执行了侧面发射以最大化火力。

5.The military conducted a successful broadside launching of missiles during the training exercise.

军方在训练演习中成功进行了侧面发射导弹。

作文

In the realm of naval warfare and shipbuilding, the term broadside launching refers to a method where a ship is launched sideways into the water rather than the traditional end-first approach. This technique has historical significance and practical implications that have evolved over time. Understanding broadside launching not only provides insight into maritime engineering but also highlights the innovations that have shaped naval architecture.Historically, ships were often launched from dry docks or slipways, which required them to slide down into the water. The broadside launching method emerged as a solution to various challenges faced by shipbuilders. One of the primary advantages of this technique is the reduced risk of damage during the launch process. When a ship is launched end-first, there is a potential for it to hit the water at an angle that could cause structural stress. In contrast, broadside launching allows for a more controlled entry into the water, minimizing the impact and protecting the vessel’s integrity.Furthermore, broadside launching can accommodate larger ships that may not fit comfortably in traditional launching facilities. As ships grew in size and complexity during the Industrial Revolution, the need for innovative launching techniques became paramount. Shipbuilders began to recognize that launching vessels sideways could allow for greater flexibility in design and construction, ultimately leading to the creation of larger and more advanced ships.The technological advancements in shipbuilding have also played a crucial role in the evolution of broadside launching. With the introduction of new materials and construction techniques, ships became lighter and more buoyant, making the sideways launch more feasible. Additionally, modern engineering practices have further refined this method, incorporating sophisticated machinery and systems that ensure a smooth and efficient launch process.In contemporary naval operations, broadside launching is still utilized, particularly for military vessels and large cargo ships. The method has proven effective in various scenarios, including the construction of aircraft carriers and submarines. These complex vessels require meticulous planning and execution during the launch phase, and broadside launching provides the necessary precision and safety.Moreover, the environmental considerations surrounding shipbuilding have led to a reevaluation of launching methods. Traditional launching techniques can result in significant disturbances to the surrounding ecosystem, including water pollution and habitat disruption. By employing broadside launching, shipbuilders can mitigate some of these impacts, as the sideways launch may create less turbulence and reduce the likelihood of debris entering the water.In conclusion, broadside launching represents a significant advancement in the field of shipbuilding and naval architecture. Its historical roots and practical applications demonstrate the importance of innovation in overcoming challenges faced by the maritime industry. As technology continues to evolve, it is likely that broadside launching will remain a vital component of ship construction, paving the way for future advancements in naval engineering and design. Understanding this method not only enriches our knowledge of maritime history but also underscores the ongoing evolution of shipbuilding practices in response to changing needs and technologies.

在海军战争和船舶建造的领域中，短语broadside launching指的是一种将船只侧向入水的方法，而不是传统的首尾入水。这种技术具有历史意义和实用意义，随着时间的推移而不断演变。理解broadside launching不仅提供了对海洋工程的洞察，还突显了塑造海军建筑的创新。历史上，船只通常从干船坞或滑道发射，这需要它们滑入水中。broadside launching方法作为解决船舶建造者面临的各种挑战的方案而出现。这种技术的主要优势之一是降低了在发射过程中损坏的风险。当船只首尾入水时，可能会以某个角度撞击水面，从而造成结构应力。而相反，broadside launching允许更受控地进入水中，最小化冲击并保护船只的完整性。此外，broadside launching可以容纳较大的船只，这些船只可能无法舒适地适应传统的发射设施。随着工业革命期间船只尺寸和复杂性的增长，对创新发射技术的需求变得至关重要。船舶建造者开始认识到，侧向发射可以为设计和建造提供更大的灵活性，最终导致更大、更先进的船只的创造。船舶建造中的技术进步也在broadside launching的演变中发挥了关键作用。随着新材料和建造技术的引入，船只变得更轻、更具浮力，使侧向发射变得更加可行。此外，现代工程实践进一步完善了这种方法，结合了复杂的机械和系统，以确保平稳高效的发射过程。在当代海军作战中，broadside launching仍然被使用，特别是对于军舰和大型货船。这种方法在多种情况下证明有效，包括航空母舰和潜艇的建造。这些复杂的船只在发射阶段需要精心规划和执行，而broadside launching提供了必要的精确性和安全性。此外，围绕船舶建造的环境考虑促使人们重新评估发射方法。传统的发射技术可能会对周围生态系统造成显著干扰，包括水污染和栖息地破坏。通过采用broadside launching，船舶建造者可以减轻一些影响，因为侧向发射可能会产生较少的湍流，并减少碎片进入水中的可能性。总之，broadside launching代表了船舶建造和海军建筑领域的重要进步。其历史根源和实际应用展示了创新在克服海洋工业面临的挑战中的重要性。随着技术的不断发展，broadside launching很可能仍将是船舶建造的重要组成部分，为未来海军工程和设计的进步铺平道路。理解这种方法不仅丰富了我们对海洋历史的认识，还强调了船舶建造实践在应对不断变化的需求和技术方面的持续演变。