dry sump tank type

简明释义

干油底壳式

英英释义

例句

1.The engineering team opted for a dry sump tank type to enhance the engine's cooling efficiency.

工程团队选择了干油底壳类型以提高发动机的冷却效率。

2.Using a dry sump tank type allows for better lubrication in high-performance engines.

使用干油底壳类型可以在高性能发动机中提供更好的润滑。

3.Many modern motorcycles feature a dry sump tank type to reduce the overall weight.

许多现代摩托车采用干油底壳类型以减轻整体重量。

4.The race car was designed with a dry sump tank type system to improve oil management.

这款赛车采用了干油底壳类型系统以改善油液管理。

5.A dry sump tank type is crucial for maintaining consistent oil pressure during extreme driving conditions.

在极端驾驶条件下，干油底壳类型对于维持稳定的油压至关重要。

作文

In the world of automotive engineering, various components work together to ensure that a vehicle operates smoothly and efficiently. One crucial component that often goes unnoticed is the oil lubrication system. Among the different types of oil systems, the dry sump tank type stands out for its unique design and functionality. Understanding this system can provide insights into how high-performance engines manage lubrication under extreme conditions.The dry sump tank type oil system is characterized by its use of an external oil reservoir, which is separate from the engine itself. This design allows for a more efficient oil circulation process. In contrast to the traditional wet sump system, where oil is stored directly in the engine’s oil pan, the dry sump system collects oil in a tank that is located away from the engine. This separation helps to prevent oil starvation during high-speed cornering, acceleration, or braking, which can occur when oil sloshes away from the oil pickup in a wet sump system.One of the primary advantages of the dry sump tank type system is its ability to maintain consistent oil pressure and temperature. By using multiple pumps, the system can effectively control the flow of oil, ensuring that all engine components receive adequate lubrication at all times. This is particularly important in racing applications, where engines operate at high RPMs and are subjected to extreme forces. The reliability of the dry sump system contributes to improved engine performance and longevity.Furthermore, the dry sump tank type system allows for lower engine positioning. Since the oil tank is located separately, engineers can design engines that sit lower in the chassis, improving the vehicle's center of gravity. This can enhance handling and stability, particularly in sports cars and race vehicles. Additionally, the reduced height of the oil pan can lead to a lighter overall design, which is beneficial for performance-oriented applications.While the dry sump tank type system offers numerous benefits, it also comes with some drawbacks. The complexity of the system means that it is typically more expensive to manufacture and install compared to traditional wet sump systems. Moreover, maintenance can be more challenging due to the additional components involved, such as external tanks and multiple oil pumps. As a result, dry sump systems are primarily used in high-performance vehicles, including race cars and premium sports cars, rather than in everyday consumer vehicles.In conclusion, the dry sump tank type oil system represents a sophisticated approach to engine lubrication that is essential for high-performance applications. Its unique design provides several advantages, including improved oil management, enhanced engine reliability, and better vehicle dynamics. While it may not be suitable for all vehicles due to its complexity and cost, the benefits it offers make it a preferred choice for those seeking maximum performance from their engines. Understanding the intricacies of the dry sump tank type system can help enthusiasts appreciate the engineering marvels behind modern high-performance vehicles and the importance of effective lubrication in achieving optimal performance.

在汽车工程的世界中，各种组件共同作用，以确保车辆平稳高效地运行。其中一个常常被忽视的重要组件是油润滑系统。在不同类型的油系统中，干油底壳油箱类型因其独特的设计和功能而脱颖而出。理解这个系统可以深入了解高性能发动机如何在极端条件下管理润滑。干油底壳油箱类型油系统的特点是使用一个外部油储存器，与发动机本身分开。这种设计允许更高效的油循环过程。与传统的湿油底壳系统相比，后者将油直接存储在发动机的油底壳中，干油底壳系统则在远离发动机的油箱中收集油。这种分离有助于防止在高速过弯、加速或制动期间发生油缺乏，这种情况在湿油底壳系统中可能会发生，因为油在油取油口附近晃动。干油底壳油箱类型系统的主要优点之一是能够保持一致的油压和油温。通过使用多个泵，系统可以有效控制油的流动，确保所有发动机组件始终获得足够的润滑。这在赛车应用中特别重要，因为发动机在高转速下运行并承受极端力量。干油底壳系统的可靠性有助于提高发动机性能和寿命。此外，干油底壳油箱类型系统还允许降低发动机位置。由于油箱单独放置，工程师可以设计出在底盘中位置更低的发动机，从而改善车辆的重心。这可以增强操控性和稳定性，特别是在跑车和赛车中。此外，油底壳高度的减少可以导致整体设计更轻，这对于性能导向的应用是有利的。尽管干油底壳油箱类型系统提供了众多好处，但也存在一些缺点。该系统的复杂性意味着与传统湿油底壳系统相比，制造和安装成本通常更高。此外，由于涉及更多的组件，如外部油箱和多个油泵，维护可能更加困难。因此，干油底壳系统主要用于高性能车辆，包括赛车和高档跑车，而不是日常消费车辆。总之，干油底壳油箱类型油系统代表了一种复杂的发动机润滑方法，对于高性能应用至关重要。其独特的设计提供了几个优点，包括改进的油管理、增强的发动机可靠性和更好的车辆动态。虽然由于其复杂性和成本，它可能不适合所有车辆，但它所提供的好处使其成为那些寻求最大性能的发动机的首选。理解干油底壳油箱类型系统的复杂性可以帮助爱好者欣赏现代高性能车辆背后的工程奇迹以及有效润滑在实现最佳性能中的重要性。