maximum allowable vertical centre of gravity

简明释义

最大许用垂直重心

英英释义

例句

1.During the testing phase, we found that the vehicle exceeded the maximum allowable vertical centre of gravity 最大允许垂直重心, leading to stability issues.

在测试阶段，我们发现车辆超过了最大允许垂直重心，导致稳定性问题。

2.The pilot was trained to handle aircraft with a maximum allowable vertical centre of gravity 最大允许垂直重心 above a certain threshold.

飞行员接受过训练，以处理重心高于某一阈值的飞机的最大允许垂直重心。

3.The engineer confirmed that the design meets the maximum allowable vertical centre of gravity 最大允许垂直重心 for safety regulations.

工程师确认该设计符合安全规定的最大允许垂直重心。

4.In construction, it's crucial to maintain the maximum allowable vertical centre of gravity 最大允许垂直重心 to prevent tipping hazards.

在建筑中，保持最大允许垂直重心至关重要，以防止倾覆危险。

5.To ensure compliance, all prototypes must adhere to the maximum allowable vertical centre of gravity 最大允许垂直重心 specified in the guidelines.

为确保合规，所有原型必须遵循指南中规定的最大允许垂直重心。

作文

In the field of engineering and design, particularly in the aerospace and automotive industries, understanding the concept of the maximum allowable vertical centre of gravity is crucial for ensuring safety and performance. The maximum allowable vertical centre of gravity (最大允许垂直重心) refers to the highest point at which the center of gravity can be positioned vertically without compromising the stability and control of a vehicle or aircraft. This concept is essential because the center of gravity affects how a vehicle behaves during operation, especially during turns, accelerations, and decelerations.When engineers design vehicles, they must consider various factors that influence the center of gravity. For example, the distribution of weight within the vehicle plays a significant role. If too much weight is concentrated at the top, it can raise the maximum allowable vertical centre of gravity (最大允许垂直重心), leading to an increased risk of rollover accidents in cars or loss of control in aircraft. Therefore, maintaining a low center of gravity is often a priority in design processes.To illustrate this further, let’s take the example of a sports car. Sports cars are designed with a low center of gravity to enhance their handling capabilities. The maximum allowable vertical centre of gravity (最大允许垂直重心) is calculated based on the vehicle's dimensions, weight distribution, and intended use. By keeping the center of gravity low, designers ensure that the car remains stable during high-speed maneuvers, providing drivers with better control and confidence.On the other hand, if we consider a large SUV or a truck, the design approach may differ. These vehicles often have a higher center of gravity due to their size and weight distribution. Engineers must carefully calculate the maximum allowable vertical centre of gravity (最大允许垂直重心) to ensure that these vehicles can navigate safely without tipping over. This involves using advanced simulation tools and conducting rigorous testing to evaluate how changes in weight distribution affect overall stability.Moreover, the maximum allowable vertical centre of gravity (最大允许垂直重心) is not only relevant during the design phase but also during the operational phase of a vehicle's life. For instance, when carrying loads, it is vital to ensure that the load is distributed evenly and does not exceed the specified limits. Operators must be aware of how loading configurations can affect the center of gravity and, consequently, the vehicle's stability.In conclusion, the concept of the maximum allowable vertical centre of gravity (最大允许垂直重心) is fundamental in ensuring the safety and efficiency of vehicles. It influences design decisions, operational procedures, and ultimately, the safety of passengers and cargo. As technology advances, engineers continue to refine their understanding of this concept to create vehicles that are not only high-performing but also safe to operate under various conditions. Understanding and applying the principles related to the maximum allowable vertical centre of gravity (最大允许垂直重心) will remain a key focus in the fields of automotive and aerospace engineering, driving innovations that enhance performance while prioritizing safety.