weight distribution

简明释义

重量分布

英英释义

例句

1.The weight distribution 重量分布 of the load on the truck was uneven, causing it to sway.

卡车上货物的重量分布 weight distribution不均匀，导致其摇摆。

2.Proper weight distribution 重量分布 in a vehicle is crucial for safe handling and stability.

在车辆中，适当的重量分布 weight distribution 对于安全操控和稳定性至关重要。

3.During the flight, the pilot checked the weight distribution 重量分布 to maintain balance.

在飞行过程中，飞行员检查了重量分布 weight distribution以保持平衡。

4.The engineer analyzed the weight distribution 重量分布 of the bridge to ensure it could support heavy vehicles.

工程师分析了桥梁的重量分布 weight distribution，以确保它能承受重型车辆。

5.A good backpack should have an even weight distribution 重量分布 to reduce strain on your back.

一个好的背包应该有均匀的重量分布 weight distribution，以减少对背部的压力。

作文

Weight distribution is a crucial concept in various fields, including engineering, sports, and even everyday life. It refers to how weight is spread out across an object or system, affecting its stability, performance, and overall functionality. In the realm of automotive engineering, for instance, understanding weight distribution (重量分布) is essential for designing vehicles that handle well and provide a safe driving experience. A car with a balanced weight distribution (重量分布) will have better traction, improved cornering capabilities, and reduced tire wear, leading to a more enjoyable ride for the driver and passengers alike.In sports, particularly in activities such as gymnastics, diving, or even weightlifting, athletes must be acutely aware of their weight distribution (重量分布) to maintain balance and execute their movements effectively. For example, a gymnast performing on a balance beam must ensure that their weight distribution (重量分布) is centered to avoid falling off. Any shift in weight distribution (重量分布) can lead to a loss of control and potentially disastrous results.Moreover, in the world of fitness, personal trainers often emphasize the importance of weight distribution (重量分布) during exercises. When lifting weights, proper weight distribution (重量分布) helps prevent injuries and ensures that the right muscle groups are being targeted. For instance, during a squat, if an individual leans too far forward or backward, it can lead to improper form and increase the risk of injury.In architecture and construction, weight distribution (重量分布) plays a vital role in ensuring the safety and durability of structures. Engineers must calculate the weight distribution (重量分布) of materials used in buildings to ensure that they can support the loads placed upon them. An uneven weight distribution (重量分布) can lead to structural failures, making it imperative for engineers to understand and apply this concept effectively.Additionally, weight distribution (重量分布) is significant in the context of shipping and logistics. Companies must consider how products are packed and loaded onto transport vehicles to optimize weight distribution (重量分布). An imbalanced load can affect fuel efficiency and increase the risk of accidents during transit.In summary, weight distribution (重量分布) is not just a technical term but a fundamental principle that impacts various aspects of life and industry. Whether it’s ensuring a vehicle performs optimally, helping athletes achieve their best, constructing safe buildings, or optimizing shipping processes, understanding weight distribution (重量分布) is essential. It highlights the importance of balance and proportion in achieving desired outcomes, making it a concept worth studying and applying across different disciplines.