effective summed horsepower

简明释义

总有效马力

英英释义

例句

1.The boat's speed was directly related to its effective summed horsepower 有效总马力, which was carefully measured during testing.

船的速度与其有效总马力 有效总马力直接相关，这在测试过程中被仔细测量。

2.The racing team's car was designed to maximize its effective summed horsepower 有效总马力 for better performance on the track.

赛车队的汽车被设计为最大化其有效总马力 有效总马力，以便在赛道上获得更好的表现。

3.When calculating the engine's output, we need to consider the effective summed horsepower 有效总马力 to ensure it meets the competition requirements.

在计算发动机的输出时，我们需要考虑有效总马力 有效总马力，以确保它符合比赛要求。

4.The vehicle's effective summed horsepower 有效总马力 was a key factor in its ability to tow heavy loads.

该车辆的有效总马力 有效总马力是其拖运重物能力的关键因素。

5.To improve fuel efficiency, engineers focused on increasing the effective summed horsepower 有效总马力 without adding extra weight.

为了提高燃油效率，工程师们专注于在不增加额外重量的情况下提高有效总马力 有效总马力。

作文

In the realm of engineering and automotive design, the term effective summed horsepower plays a crucial role in understanding the performance capabilities of vehicles. Horsepower, a unit of measurement that quantifies the power output of engines, is essential for evaluating how well a vehicle can perform under various conditions. However, simply knowing the horsepower of an engine is not enough; one must consider how effectively that power is utilized. This is where the concept of effective summed horsepower comes into play.Effective summed horsepower refers to the total amount of horsepower available from all the engines or power sources in a system, adjusted for efficiency losses. For example, in a hybrid vehicle that combines a gasoline engine with an electric motor, the effective summed horsepower would take into account the maximum output of both power sources while also factoring in the efficiency of energy transfer and conversion. This ensures that the figure reflects the actual usable power that contributes to the vehicle's performance.Understanding effective summed horsepower is particularly important in the context of performance vehicles, where every bit of power counts. When manufacturers advertise the horsepower of a car, they often present the peak figures achieved under ideal conditions. However, these numbers may not accurately represent real-world driving scenarios where factors like weight, aerodynamics, and traction come into play. By calculating the effective summed horsepower, engineers can provide a more realistic assessment of a vehicle's capabilities, helping consumers make informed choices.Moreover, the concept of effective summed horsepower extends beyond individual vehicles. In the field of motorsports, teams rely on this measurement to optimize their performance. By analyzing the combined power output of their engines and the efficiency of their systems, they can make strategic decisions regarding tuning, weight distribution, and aerodynamics. This level of analysis can be the difference between winning and losing a race, as even minor improvements in power utilization can lead to significant gains in speed and handling.In addition to its applications in automotive design and motorsports, effective summed horsepower can also be relevant in other fields such as aviation and marine engineering. In airplanes, for instance, the total thrust produced by multiple engines must be evaluated in terms of how effectively that thrust translates into lift and propulsion. Similarly, in boats and ships, the combined power of engines needs to be assessed against factors like hull design and water resistance to determine overall performance.In conclusion, the term effective summed horsepower encapsulates a vital aspect of power measurement in various engineering disciplines. It emphasizes the importance of not just raw power output but also the efficiency with which that power is converted into useful work. As technology advances and we strive for greater efficiency in our vehicles and machinery, understanding and applying the concept of effective summed horsepower will become increasingly essential. Whether in everyday cars, high-performance racing machines, or complex aircraft, this measurement will continue to guide engineers and consumers alike in the pursuit of optimal performance and efficiency.

在工程和汽车设计领域，术语有效总马力在理解车辆性能能力方面发挥着至关重要的作用。马力是量化发动机功率输出的单位，对于评估车辆在各种条件下的表现至关重要。然而，仅仅知道发动机的马力是不够的；必须考虑这股力量的有效利用程度。这就是有效总马力概念的用武之地。有效总马力指的是系统中所有发动机或动力源的总马力，经过效率损失调整后的数值。例如，在一种将汽油发动机与电动机结合的混合动力车中，有效总马力将考虑到两个动力源的最大输出，同时还要考虑能量传输和转换的效率。这确保了该数字反映出对车辆性能有实际贡献的可用功率。理解有效总马力在高性能车辆的背景下尤为重要，因为每一点功率都至关重要。当制造商宣传一辆车的马力时，他们通常会给出在理想条件下达到的峰值数字。然而，这些数字可能无法准确代表现实驾驶场景，其中重量、空气动力学和牵引力等因素都会影响结果。通过计算有效总马力，工程师可以提供更现实的车辆能力评估，帮助消费者做出明智的选择。此外，有效总马力的概念不仅限于单个车辆。在赛车运动领域，车队依赖这一测量来优化其性能。通过分析发动机的综合功率输出及其系统的效率，他们可以在调校、重量分配和空气动力学方面做出战略决策。这种级别的分析可能是赢得比赛和失利之间的差异，因为即使是功率利用上的微小改进也会导致速度和操控性的显著提升。除了在汽车设计和赛车中的应用外，有效总马力在航空和海洋工程等其他领域也具有相关性。例如，在飞机中，多个发动机产生的总推力必须根据该推力转化为升力和推进力的有效程度进行评估。同样，在船只和舰艇中，发动机的综合功率需要与船体设计和水阻力等因素进行评估，以确定整体性能。总之，术语有效总马力概括了各个工程学科中功率测量的重要方面。它强调了不仅仅是原始功率输出的重要性，还强调了将该功率转化为有效工作的效率。随着技术的发展，我们在车辆和机械中追求更高的效率，理解和应用有效总马力的概念将变得越来越重要。无论是在日常汽车、高性能赛车还是复杂的飞机中，这一测量将继续指导工程师和消费者在追求最佳性能和效率的道路上前行。