distance by engine rev.per.m.

简明释义

按主机每分钟转数计算出的航程

英英释义

例句

1.The efficiency of the vehicle can be measured by the distance by engine rev.per.m.

车辆的效率可以通过每转发动机所行驶的距离来衡量。

2.Monitoring distance by engine rev.per.m. can help in diagnosing engine issues.

监测每转发动机所行驶的距离可以帮助诊断发动机问题。

3.The mechanic explained how to improve distance by engine rev.per.m. for better performance.

机械师解释了如何改善每转发动机所行驶的距离以提高性能。

4.In racing, teams often analyze distance by engine rev.per.m. to gain a competitive edge.

在赛车中，车队通常分析每转发动机所行驶的距离以获得竞争优势。

5.To optimize fuel consumption, we need to calculate the distance by engine rev.per.m.

为了优化燃油消耗，我们需要计算每转发动机所行驶的距离。

作文

Understanding the concept of distance by engine rev.per.m. is essential for anyone involved in automotive engineering or performance tuning. This term refers to the distance a vehicle travels for each revolution of the engine, measured in meters. It provides valuable insights into the efficiency and performance capabilities of an engine and its transmission system. When we consider the mechanics of a vehicle, we must recognize that the relationship between engine revolutions and the distance traveled is a critical factor in determining how well a car performs on the road.The calculation of distance by engine rev.per.m. can be influenced by several factors, including the gear ratio, tire size, and overall vehicle weight. A vehicle with a higher gear ratio will typically cover more distance per engine revolution than one with a lower gear ratio. This means that for every turn of the engine, the wheels turn more times, allowing the vehicle to travel farther.Moreover, tire size plays a significant role in this equation. Larger tires can cover more ground with each rotation compared to smaller tires. Therefore, when modifying a vehicle for better performance, enthusiasts often consider changing the tire size to optimize the distance by engine rev.per.m.. For example, if a sports car is fitted with wider tires, it may improve traction and handling, but it could also affect the overall distance traveled per engine revolution.Another aspect to consider is the weight of the vehicle. Heavier vehicles require more power to move, which can impact the engine's revolutions per minute (RPM) and, consequently, the distance by engine rev.per.m.. A lightweight vehicle, on the other hand, can achieve higher speeds with fewer engine revolutions, enhancing its efficiency.In practical terms, understanding distance by engine rev.per.m. allows drivers and engineers to make informed decisions about vehicle modifications and performance enhancements. For instance, if a driver wants to improve fuel efficiency, they might look at ways to increase this distance metric. This could involve adjusting the gear ratios or optimizing the engine's performance to ensure that it operates efficiently at various speeds.Additionally, this concept is crucial for race car drivers who need to maximize their speed on the track. By analyzing the distance by engine rev.per.m., they can determine the best gear shifts and engine settings to achieve optimal performance during a race. Understanding how to manipulate this distance can lead to faster lap times and improved overall performance.In conclusion, the term distance by engine rev.per.m. encapsulates a vital aspect of automotive performance. It serves as a benchmark for evaluating how effectively a vehicle converts engine revolutions into distance traveled. By comprehensively understanding this concept, automotive enthusiasts and professionals can enhance vehicle performance, optimize fuel efficiency, and ultimately improve the driving experience. As technology continues to advance, the importance of mastering such metrics will only grow, paving the way for more efficient and powerful vehicles in the future.

理解每转发动机的距离（以米为单位）这个概念对于任何参与汽车工程或性能调校的人来说都是至关重要的。这个术语指的是一辆车在发动机每转一次时所行驶的距离，以米为单位。它提供了有关发动机及其传动系统效率和性能能力的宝贵见解。当我们考虑车辆的机械结构时，必须认识到发动机转速与行驶距离之间的关系是确定汽车在道路上表现良好的关键因素。每转发动机的距离（以米为单位）的计算可以受到多个因素的影响，包括齿轮比、轮胎大小和整体车辆重量。通常情况下，具有更高齿轮比的车辆在每次发动机转动时会覆盖更多的距离，而具有较低齿轮比的车辆则相反。这意味着在发动机每转一次时，车轮转动的次数更多，从而使车辆行驶得更远。此外，轮胎大小在这个方程中也起着重要作用。较大的轮胎每次转动可以覆盖更多的地面，而较小的轮胎则不然。因此，在对车辆进行性能改装时，爱好者通常会考虑更换轮胎尺寸，以优化每转发动机的距离（以米为单位）。例如，如果一辆跑车配备了更宽的轮胎，可能会改善牵引力和操控性，但也可能影响每转发动机的总行驶距离。另一个需要考虑的方面是车辆的重量。较重的车辆需要更多的动力来移动，这可能会影响发动机的转速（RPM），从而影响每转发动机的距离（以米为单位）。另一方面，轻量化的车辆可以在较少的发动机转速下达到更高的速度，从而提高其效率。从实际角度来看，理解每转发动机的距离（以米为单位）使驾驶员和工程师能够对车辆改装和性能增强做出明智的决策。例如，如果驾驶员希望提高燃油效率，他们可能会寻找增加这一距离指标的方法。这可能涉及调整齿轮比或优化发动机性能，以确保其在各种速度下高效运行。此外，这个概念对于需要在赛道上最大化速度的赛车手来说至关重要。通过分析每转发动机的距离（以米为单位），他们可以确定最佳的换挡时机和发动机设置，从而在比赛中实现最佳性能。理解如何操作这一距离可以导致更快的圈速和整体性能的提升。总之，每转发动机的距离（以米为单位）这个术语概括了汽车性能的一个重要方面。它作为评估车辆如何有效地将发动机转速转换为行驶距离的基准。通过全面理解这一概念，汽车爱好者和专业人员可以提升车辆性能，优化燃油效率，并最终改善驾驶体验。随着技术的不断进步，掌握此类指标的重要性只会增加，为未来更高效、更强大的车辆铺平道路。