brake power

简明释义

1. 基车功率; 2. 制动能力;

英英释义

例句

1.The car's brake power 制动功率 is crucial for ensuring safety during high-speed driving.

汽车的brake power 制动功率 对于确保高速驾驶时的安全至关重要。

2.The manufacturer claims that their new model has improved brake power 制动功率 for better stopping distance.

制造商声称他们的新车型具有改进的brake power 制动功率，以缩短制动距离。

3.Regular maintenance can help maintain optimal brake power 制动功率 throughout the life of the vehicle.

定期维护可以帮助保持车辆在使用期间的最佳brake power 制动功率。

4.To achieve better performance, the engineers increased the vehicle's brake power 制动功率 by upgrading the braking system.

为了获得更好的性能，工程师通过升级制动系统提高了车辆的brake power 制动功率。

5.During the test drive, we noticed that the brake power 制动功率 was insufficient on steep hills.

在试驾过程中，我们注意到在陡坡上brake power 制动功率不足。

作文

In the world of engineering and automotive design, the term brake power is crucial for understanding how vehicles operate safely and efficiently. Brake power refers to the measure of an engine's performance, specifically the actual power output available for performing work after losses due to friction and other factors have been accounted for. This concept is vital not only for car manufacturers but also for consumers who want to understand the capabilities of their vehicles. To elaborate, brake power is often measured in horsepower or kilowatts and is determined during engine testing. Engineers use specialized equipment to assess the engine's output on a dynamometer, which simulates the load that the engine would experience in real-world conditions. The results indicate how much power the engine can deliver to the wheels, which ultimately affects acceleration, speed, and overall vehicle performance. Understanding brake power helps in comparing different vehicles. For instance, when a consumer is looking to purchase a new car, they might consider models with higher brake power as they typically offer better performance. However, it is essential to note that brake power is just one aspect of a vehicle's overall performance. Factors such as weight, aerodynamics, and drivetrain efficiency also play significant roles in how a car behaves on the road.Moreover, brake power is not only relevant for conventional gasoline engines but also for electric and hybrid vehicles. In electric vehicles, the term may refer to the maximum power output from the electric motor, which can significantly influence the vehicle's acceleration and driving experience. Understanding this term allows consumers to make informed decisions based on their preferences for speed, efficiency, and environmental impact.In motorsports, brake power becomes even more critical. Racing teams strive to maximize brake power while minimizing weight to achieve optimal performance on the track. This pursuit often leads to innovations in engine technology and design, pushing the boundaries of what is possible in automotive engineering. As a result, many racing enthusiasts closely follow advancements in brake power to understand how they can improve their vehicles or simply appreciate the engineering marvels on display during races.In conclusion, the concept of brake power is fundamental to the understanding of vehicle performance. It encapsulates the essence of how effectively an engine converts fuel into usable energy for movement. Whether for everyday driving, competitive racing, or engineering studies, recognizing the significance of brake power equips individuals with the knowledge to make better choices regarding transportation. By understanding this term, consumers can appreciate the intricacies of automotive design and the importance of performance metrics in ensuring safety and efficiency on the roads. Thus, brake power serves as a key indicator of a vehicle's capabilities and remains an essential consideration in the automotive industry.

在工程和汽车设计的世界中，术语刹车功率对于理解车辆如何安全高效地运作至关重要。刹车功率是指发动机性能的测量，具体来说，是在考虑摩擦和其他因素造成的损失后可用于执行工作的实际功率输出。这个概念不仅对汽车制造商至关重要，也对希望了解其车辆能力的消费者至关重要。进一步说，刹车功率通常以马力或千瓦为单位进行测量，并在发动机测试中确定。工程师使用专门的设备在测功机上评估发动机的输出，该设备模拟发动机在现实条件下所经历的负载。结果表明，发动机可以提供给车轮的功率，这最终影响加速、速度和整体车辆性能。理解刹车功率有助于比较不同的车辆。例如，当消费者寻找购买新车时，他们可能会考虑具有更高刹车功率的车型，因为它们通常提供更好的性能。然而，值得注意的是，刹车功率只是车辆整体性能的一个方面。重量、空气动力学和传动系统效率等因素在汽车在路上表现方面也起着重要作用。此外，刹车功率不仅与传统的汽油发动机相关，还与电动和混合动力车辆相关。在电动汽车中，该术语可能指电动机的最大功率输出，这可以显著影响车辆的加速和驾驶体验。理解这个术语使消费者能够根据他们对速度、效率和环境影响的偏好做出明智的决策。在赛车运动中，刹车功率变得更加关键。赛车团队努力最大化刹车功率同时最小化重量，以在赛道上实现最佳性能。这种追求通常会导致发动机技术和设计的创新，推动汽车工程的可能性边界。因此，许多赛车爱好者密切关注刹车功率的进展，以了解如何改善他们的车辆，或者仅仅欣赏比赛中展示的工程奇迹。总之，刹车功率的概念是理解车辆性能的基础。它概括了发动机如何有效地将燃料转化为可用于移动的能量的本质。无论是日常驾驶、竞争赛车还是工程研究，认识到刹车功率的重要性使个人能够更好地选择交通工具。通过理解这个术语，消费者可以欣赏汽车设计的复杂性以及在确保道路安全和效率方面性能指标的重要性。因此，刹车功率作为车辆能力的关键指标，仍然是汽车行业中不可或缺的考虑因素。