ramp angle

简明释义

坡道斜度

英英释义

例句

1.During the inspection, the engineer noted that the ramp angle was too shallow for safe loading.

在检查期间，工程师注意到坡道角度对安全装载来说过于平缓。

2.The pilot adjusted the aircraft's landing gear to accommodate the steep ramp angle.

飞行员调整了飞机的起落架，以适应陡峭的坡道角度。

3.To improve accessibility, we need to reduce the ramp angle of the wheelchair ramp.

为了改善无障碍设施，我们需要降低轮椅坡道的坡道角度。

4.The truck struggled to climb the hill due to the high ramp angle.

由于高坡道角度，卡车在爬坡时遇到了困难。

5.The construction crew measured the ramp angle to ensure it met safety standards.

施工队测量了坡道角度以确保符合安全标准。

作文

The concept of ramp angle is crucial in various fields, particularly in engineering and transportation. The ramp angle refers to the angle formed between the horizontal surface and the inclined plane of a ramp. This angle plays a significant role in determining how easily vehicles or objects can ascend or descend the ramp. Understanding the ramp angle is essential for designing ramps that are safe and efficient for use. For instance, in the construction of wheelchair ramps, the ramp angle must comply with specific regulations to ensure accessibility for individuals with mobility challenges. A gentle ramp angle allows for easier navigation, reducing the risk of accidents and making it more user-friendly. In addition to accessibility, the ramp angle also affects the overall performance of vehicles. For example, when loading cargo onto a truck, the ramp angle influences how quickly and safely the cargo can be loaded. A steeper ramp angle may lead to difficulties in maneuvering heavy loads, while a more gradual incline facilitates a smoother transition. Engineers must carefully calculate the ramp angle to optimize the design for both safety and functionality. Moreover, the ramp angle has implications in sports as well. In activities such as skateboarding or snowboarding, the angle of ramps can significantly impact performance. Riders often seek out ramps with specific ramp angles to achieve better tricks and stunts. A well-designed ramp with the right ramp angle can enhance the experience and provide opportunities for athletes to push their limits. Furthermore, the ramp angle is a critical factor in the field of physics. When studying inclined planes, students learn about the forces acting on an object as it moves up or down a ramp. The ramp angle affects gravitational force, friction, and acceleration, making it an essential element in understanding motion. This scientific perspective highlights the importance of the ramp angle beyond practical applications, demonstrating its relevance in theoretical studies as well. In conclusion, the ramp angle is a multifaceted concept that intersects various domains including engineering, transportation, sports, and physics. Its significance cannot be overstated, as it impacts safety, efficiency, and performance in numerous applications. Whether designing accessible ramps for individuals with disabilities or creating optimal conditions for sporting activities, a thorough understanding of the ramp angle is vital. As we continue to innovate and improve our infrastructures and recreational facilities, keeping the ramp angle in mind will ensure that we create environments that are safe, functional, and enjoyable for all users.

“坡道角度”这个概念在多个领域中至关重要，特别是在工程和交通运输方面。“坡道角度”是指水平面与坡道的倾斜面之间形成的角度。这个角度在决定车辆或物体上下坡道的便利性方面起着重要作用。理解“坡道角度”对于设计安全且高效的坡道至关重要。例如，在轮椅坡道的建设中，“坡道角度”必须符合特定的规定，以确保行动不便者的无障碍通行。较缓的“坡道角度”使得导航更加容易，降低了事故风险，并使其更具用户友好性。除了无障碍性外，“坡道角度”还影响车辆的整体性能。例如，在将货物装载到卡车时，“坡道角度”影响货物装载的速度和安全性。较陡的“坡道角度”可能导致重物搬运困难，而较平缓的坡度则有助于实现更顺畅的过渡。工程师必须仔细计算“坡道角度”，以优化设计，确保安全和功能。此外，“坡道角度”在体育领域也具有重要意义。在滑板或滑雪等活动中，坡道的角度会显著影响表演。骑手通常会寻找具有特定“坡道角度”的坡道，以实现更好的特技和花样。设计良好的坡道与适当的“坡道角度”可以增强体验，为运动员提供挑战自我的机会。此外，“坡道角度”在物理学领域也是一个关键因素。在学习倾斜面时，学生们了解物体在坡道上移动时所受的力。“坡道角度”影响重力、摩擦力和加速度，使其成为理解运动的重要元素。这种科学视角突显了“坡道角度”的重要性，超越了实际应用，展示了其在理论研究中的相关性。总之，“坡道角度”是一个多方面的概念，交叉于工程、交通、体育和物理等多个领域。其重要性不容小觑，因为它影响着众多应用中的安全性、效率和性能。无论是为残疾人士设计无障碍坡道，还是为体育活动创造最佳条件，全面理解“坡道角度”都是至关重要的。在我们继续创新和改善基础设施及休闲设施的过程中，牢记“坡道角度”将确保我们营造出安全、功能齐全且令人愉悦的环境，适合所有用户。