roll damping

简明释义

横摇阻

英英释义

例句

1.The aircraft's design includes advanced roll damping to improve stability during turbulence.

这架飞机的设计包含先进的横滚阻尼，以提高在颠簸中的稳定性。

2.The racing car's suspension is calibrated for maximum roll damping to reduce body roll in corners.

这辆赛车的悬挂系统经过校准，以实现最大化的横滚阻尼，从而减少过弯时的车身倾斜。

3.The yacht's roll damping feature helps passengers feel more comfortable in rough seas.

游艇的横滚阻尼功能帮助乘客在波涛汹涌的海面上感到更舒适。

4.To enhance the performance of the boat, engineers focused on optimizing the roll damping system.

为了提高船只的性能，工程师们专注于优化横滚阻尼系统。

5.Proper roll damping is crucial for maintaining control during high-speed maneuvers.

适当的横滚阻尼对于在高速机动中保持控制至关重要。

作文

Roll damping is a critical concept in the study of dynamics, particularly in the fields of engineering and physics. It refers to the phenomenon that helps to stabilize the motion of an object as it rolls or tilts. Understanding roll damping (横滚阻尼) is essential for designing vehicles, aircraft, and even buildings, as it directly impacts their safety and performance. When an object begins to roll or tilt, various forces come into play. The primary goal of roll damping (横滚阻尼) is to counteract these forces and reduce the amplitude of oscillations. For instance, when a ship encounters waves, it may begin to roll from side to side. If the roll damping (横滚阻尼) is effective, the ship will return to an upright position more quickly, ensuring the safety of passengers and cargo.In vehicles, roll damping (横滚阻尼) is equally important. When a car takes a sharp turn, the centrifugal force can cause it to roll over if not properly managed. Engineers design suspension systems that incorporate roll damping (横滚阻尼) mechanisms to help control this motion and keep the vehicle stable. This is achieved through the use of shock absorbers and anti-roll bars, which work together to minimize the risk of rollover accidents.In the aviation industry, roll damping (横滚阻尼) plays a vital role in maintaining the stability of aircraft during flight. Pilots rely on the aircraft’s design to provide adequate roll damping (横滚阻尼) to prevent excessive rolling movements that could lead to loss of control. Engineers must carefully calculate the dimensions, weight distribution, and aerodynamic properties of the aircraft to ensure that it has the right amount of roll damping (横滚阻尼) for safe operation.Buildings and structures also benefit from roll damping (横滚阻尼). In areas prone to earthquakes, engineers design buildings with features that enhance roll damping (横滚阻尼), allowing them to withstand the lateral forces generated by seismic activity. This can include flexible foundations and damping systems that absorb energy, helping to prevent structural failure during an earthquake.The importance of roll damping (横滚阻尼) extends beyond just physical stability; it also influences the comfort and experience of users. For example, a car with poor roll damping (横滚阻尼) may feel unstable and uncomfortable during turns, leading to a negative driving experience. Similarly, passengers in an aircraft may feel uneasy if the plane lacks sufficient roll damping (横滚阻尼), especially during turbulence.In conclusion, roll damping (横滚阻尼) is a fundamental aspect of dynamics that affects a wide range of applications, from vehicles and aircraft to buildings. Its ability to stabilize motion and reduce oscillations is crucial for safety, performance, and user comfort. As technology advances, the methods for achieving effective roll damping (横滚阻尼) continue to evolve, ensuring that our vehicles, structures, and machines remain safe and efficient in an ever-changing environment.

横滚阻尼是动力学研究中的一个关键概念，尤其是在工程和物理学领域。它指的是帮助稳定物体在滚动或倾斜时运动的现象。理解roll damping（横滚阻尼）对于设计车辆、飞机甚至建筑物至关重要，因为它直接影响到安全性和性能。当物体开始滚动或倾斜时，各种力会发挥作用。roll damping（横滚阻尼）的主要目标是抵消这些力并减少振荡的幅度。例如，当一艘船遇到波浪时，它可能会开始左右摇摆。如果roll damping（横滚阻尼）有效，船将更快地恢复到直立位置，确保乘客和货物的安全。在车辆中，roll damping（横滚阻尼）同样重要。当一辆车急转弯时，离心力可能会导致其翻滚，如果不加以管理。工程师设计悬挂系统，结合roll damping（横滚阻尼）机制，以帮助控制这种运动并保持车辆稳定。这是通过使用减震器和防侧翻杆来实现的，这些装置共同作用以最小化翻车事故的风险。在航空工业中，roll damping（横滚阻尼）在飞行过程中维持飞机的稳定性方面起着至关重要的作用。飞行员依赖于飞机的设计来提供足够的roll damping（横滚阻尼），以防止过度的滚动运动导致失控。工程师必须仔细计算飞机的尺寸、重量分布和空气动力学特性，以确保其具有适当的roll damping（横滚阻尼）以确保安全操作。建筑物和结构也受益于roll damping（横滚阻尼）。在地震频发地区，工程师设计建筑物时增强roll damping（横滚阻尼）的特征，使其能够承受地震活动产生的横向力量。这可以包括灵活的基础和吸能阻尼系统，帮助在地震期间防止结构失效。roll damping（横滚阻尼）的重要性不仅限于物理稳定性；它还影响用户的舒适感和体验。例如，一辆具有较差roll damping（横滚阻尼）的汽车在转弯时可能感觉不稳定和不舒适，导致驾驶体验不佳。同样，如果飞机缺乏足够的roll damping（横滚阻尼），乘客在颠簸期间可能会感到不安。总之，roll damping（横滚阻尼）是影响广泛应用的动力学基本方面，从车辆和飞机到建筑物。它稳定运动和减少振荡的能力对于安全、性能和用户舒适度至关重要。随着技术的进步，实现有效roll damping（横滚阻尼）的方法不断演变，确保我们的车辆、结构和机器在不断变化的环境中保持安全和高效。