received horse-power

简明释义

收到马力

英英释义

例句

1.The engine's performance was measured in terms of received horse-power, which indicates the actual power delivered to the wheels.

发动机的性能以接收马力来衡量，这表示实际传递到车轮的功率。

2.In racing, every bit of received horse-power can make a difference in lap times.

在赛车中，每一点接收马力都可能对圈速产生影响。

3.The manufacturer claims that their latest model produces more received horse-power than its predecessor.

制造商声称他们最新的车型产生的接收马力比其前身更多。

4.To optimize fuel efficiency, the mechanic adjusted the settings to maximize received horse-power during the test drive.

为了优化燃油效率，机械师调整设置以在试驾过程中最大化接收马力。

5.During the dyno test, the vehicle achieved a peak received horse-power of 350 HP.

在动力测功机测试中，车辆达到了350马力的峰值接收马力。

作文

The concept of received horse-power is often encountered in discussions about engines and machinery. It refers to the actual power output that a machine or engine can deliver, as opposed to the theoretical or rated power that is often advertised by manufacturers. Understanding received horse-power is crucial for engineers, mechanics, and even consumers who wish to evaluate the performance of various machines.To illustrate this concept, let’s consider a car engine. Manufacturers may advertise an engine's power in terms of horsepower, but this figure is typically based on ideal conditions. In reality, several factors can affect the actual power that the engine can deliver to the wheels, including friction, heat loss, and the efficiency of the drivetrain. Therefore, the term received horse-power becomes essential for accurately assessing how much power is actually available for driving the vehicle.In mechanical engineering, received horse-power is calculated by taking into account the losses that occur within the system. For instance, if an engine produces 200 horsepower at the crankshaft, but due to inefficiencies, only 150 horsepower is transmitted to the wheels, then the received horse-power would be 150. This distinction is vital for performance tuning and modifications, as it allows engineers to understand the real capabilities of their machines.Moreover, the understanding of received horse-power extends beyond just cars. In industrial applications, heavy machinery such as generators, pumps, and compressors also rely on this measurement. Operators must know the received horse-power to ensure that the equipment operates within safe and efficient limits. For example, if a pump is rated for 100 received horse-power, but is consistently required to operate at 120, it could lead to premature wear and potential failure.Additionally, the concept of received horse-power is significant in the context of energy consumption and environmental impact. With the increasing emphasis on sustainability, knowing the actual power usage of machines helps industries make informed choices about energy efficiency. By optimizing received horse-power, companies can reduce fuel consumption and lower emissions, contributing to a greener future.In conclusion, received horse-power is a critical metric that provides a realistic picture of a machine’s performance. It highlights the difference between theoretical power and actual output, allowing for better decision-making in engineering, manufacturing, and energy management. As technology advances and the demand for efficiency grows, understanding and utilizing received horse-power will become increasingly important across various sectors. By focusing on this measurement, we can enhance our machines' effectiveness while promoting sustainable practices in our industries.

‘接收马力（received horse-power）’这个概念常常出现在关于发动机和机械的讨论中。它指的是机器或发动机能够提供的实际功率输出，而不是通常由制造商宣传的理论或额定功率。理解接收马力对于工程师、机械师，甚至希望评估各种机器性能的消费者来说至关重要。为了说明这一概念，让我们考虑一台汽车发动机。制造商可能会以马力来宣传发动机的功率，但这个数字通常是基于理想条件。在现实中，有几个因素会影响发动机能够传递到车轮的实际功率，包括摩擦、热损失和动力系统的效率。因此，术语接收马力对于准确评估发动机的实际功率变得至关重要。在机械工程中，接收马力是通过考虑系统中发生的损耗来计算的。例如，如果一台发动机在曲轴处产生200马力，但由于低效率，只有150马力传递到车轮，那么接收马力就是150。这一区别对于性能调优和改装至关重要，因为它使工程师能够理解他们机器的真实能力。此外，理解接收马力不仅限于汽车。在工业应用中，重型机械如发电机、泵和压缩机也依赖于这一测量。操作员必须知道接收马力以确保设备在安全和高效的范围内运行。例如，如果一台泵的额定功率为100接收马力，但经常需要在120的情况下运行，这可能会导致过早磨损和潜在故障。此外，接收马力的概念在能源消耗和环境影响的背景下也具有重要意义。随着对可持续性日益重视，了解机器的实际功率使用情况有助于行业做出明智的能效选择。通过优化接收马力，公司可以减少燃料消耗并降低排放，为绿色未来作出贡献。总之，接收马力是一个关键指标，它提供了机器性能的现实图景。它突出了理论功率与实际输出之间的差异，使在工程、制造和能源管理方面的决策更加明智。随着技术的发展和对效率的需求增加，理解和利用接收马力将在各个领域变得越来越重要。通过关注这一测量，我们可以提高机器的有效性，同时促进我们行业的可持续实践。