wheel track

简明释义

轮距

英英释义

例句

1.The construction site was marked by heavy wheel track 车轮痕迹 from trucks.

建筑工地上有来自卡车的重wheel track 车轮痕迹。

2.The farmer noticed deep wheel track 车轮痕迹 in the muddy field after the rain.

农民发现雨后泥泞的田地里有深深的wheel track 车轮痕迹。

3.The off-road vehicle left visible wheel track 车轮痕迹 on the sandy beach.

越野车在沙滩上留下了明显的wheel track 车轮痕迹。

4.The detective examined the wheel track 车轮痕迹 for clues at the crime scene.

侦探在犯罪现场检查wheel track 车轮痕迹以寻找线索。

5.We followed the wheel track 车轮痕迹 to find the lost ATV.

我们沿着wheel track 车轮痕迹找到了丢失的全地形车。

作文

When driving on a dirt road, one might notice the distinct patterns left behind by vehicles. These patterns are known as wheel tracks, which refer to the impressions made by the tires of a vehicle as it moves over a surface. Understanding wheel tracks is not only important for drivers but also for environmentalists and engineers who study the impact of vehicles on landscapes. 轮胎轨迹是指车辆在移动时，轮胎与地面接触所留下的印记。 The formation of wheel tracks can vary significantly depending on several factors including the type of vehicle, the terrain, and the weather conditions. For instance, a heavy truck will leave deeper and more pronounced wheel tracks than a light car, especially on soft ground. This is because the weight of the vehicle exerts more pressure on the surface, causing it to deform more significantly. In contrast, on hard surfaces, the wheel tracks may be less visible, but they can still contribute to the overall wear and tear of the road. 轮胎轨迹的形成可能会因多种因素而异，包括车辆类型、地形和天气条件。 From an ecological perspective, wheel tracks can have a profound impact on the environment. When vehicles travel through natural habitats, their wheel tracks can disrupt the soil structure, leading to erosion and loss of vegetation. This is particularly concerning in sensitive areas such as wetlands or forests where the ecosystem relies heavily on the integrity of the soil. Environmentalists often advocate for the creation of designated paths or roads to minimize the spread of wheel tracks in pristine areas. 从生态角度来看，轮胎轨迹可能对环境产生深远的影响。 In addition to environmental concerns, wheel tracks can also pose challenges for road maintenance. Roads that are frequently used can develop ruts and depressions due to the accumulation of wheel tracks. This can lead to water pooling, which can further deteriorate the road surface and create hazardous driving conditions. Engineers must consider the patterns of wheel tracks when designing and maintaining roads to ensure that they remain safe and functional. 轮胎轨迹还可能给道路维护带来挑战。 Moreover, wheel tracks can serve as important data points for researchers studying traffic patterns and vehicle behavior. By analyzing wheel tracks, researchers can gain insights into how different types of vehicles interact with various surfaces. This information can be crucial for developing better road materials and designs that can withstand the pressures exerted by modern vehicles. 此外，轮胎轨迹可以作为研究交通模式和车辆行为的重要数据点。 In conclusion, wheel tracks are more than just marks on the ground; they represent a complex interaction between vehicles and their environment. Understanding the implications of wheel tracks can help us make better decisions regarding transportation, road maintenance, and environmental conservation. Whether you are a driver, an engineer, or an environmentalist, recognizing the significance of wheel tracks can lead to a greater appreciation of our roads and the impact they have on the world around us. 总之，轮胎轨迹不仅仅是地面上的标记；它们代表了车辆与其环境之间的复杂互动。

当在泥土道路上驾驶时，人们可能会注意到车辆留下的独特图案。这些图案被称为wheel tracks，指的是车辆在表面上移动时，轮胎所留下的印记。理解wheel tracks对于驾驶者、环保主义者以及研究车辆对景观影响的工程师来说都非常重要。轮胎轨迹是指车辆在移动时，轮胎与地面接触所留下的印记。wheel tracks的形成可能会因多种因素而异，包括车辆类型、地形和天气条件。例如，重型卡车在软地面上留下的wheel tracks会比轻型汽车更深、更明显。这是因为车辆的重量对表面施加了更多压力，导致表面变形更显著。相反，在硬表面上，wheel tracks可能不太明显，但它们仍然会对道路的整体磨损产生影响。轮胎轨迹的形成可能会因多种因素而异，包括车辆类型、地形和天气条件。从生态角度来看，wheel tracks可能对环境产生深远的影响。当车辆穿越自然栖息地时，它们的wheel tracks可能会破坏土壤结构，导致侵蚀和植被丧失。这在湿地或森林等敏感区域尤其令人担忧，因为生态系统在很大程度上依赖于土壤的完整性。环保主义者通常倡导创建指定的路径或道路，以尽量减少在原始区域中wheel tracks的扩散。从生态角度来看，轮胎轨迹可能对环境产生深远的影响。除了环境问题，wheel tracks还可能给道路维护带来挑战。经常使用的道路可能由于wheel tracks的积累而形成沟槽和凹陷。这可能导致水池积聚，从而进一步恶化路面并造成危险的驾驶条件。工程师在设计和维护道路时必须考虑wheel tracks的模式，以确保道路保持安全和功能性。轮胎轨迹还可能给道路维护带来挑战。此外，wheel tracks可以为研究交通模式和车辆行为的研究人员提供重要的数据点。通过分析wheel tracks，研究人员可以深入了解不同类型的车辆如何与各种表面相互作用。这些信息对于开发能够承受现代车辆施加压力的更好的道路材料和设计至关重要。此外，轮胎轨迹可以作为研究交通模式和车辆行为的重要数据点。总之，wheel tracks不仅仅是地面上的标记；它们代表了车辆与其环境之间的复杂互动。理解wheel tracks的影响可以帮助我们在交通、道路维护和环境保护方面做出更好的决策。无论你是驾驶者、工程师还是环保主义者，认识到wheel tracks的重要性都可以让我们更加欣赏我们的道路及其对周围世界的影响。总之，轮胎轨迹不仅仅是地面上的标记；它们代表了车辆与其环境之间的复杂互动。