maximum gross weight

简明释义

总重最大总重量

英英释义

例句

1.The truck was overweight, exceeding its maximum gross weight 最大毛重 limit by several tons.

这辆卡车超重，超过了其最大毛重限制几吨。

2.The aircraft's maximum gross weight 最大起飞重量 must not exceed the manufacturer's specifications.

飞机的最大起飞重量 最大起飞重量不得超过制造商的规格。

3.During the safety inspection, the inspector checked if the load met the maximum gross weight 最大毛重 requirements.

在安全检查中，检查员检查了负载是否符合最大毛重要求。

4.Before loading, ensure that the total cargo does not surpass the maximum gross weight 最大毛重 allowed for the vehicle.

装载前，请确保总货物不超过该车辆允许的最大毛重。

5.Each vehicle type has a different maximum gross weight 最大毛重, which is crucial for safe operation.

每种车辆类型的最大毛重不同，这对安全操作至关重要。

作文

When it comes to transportation, especially in the aviation and logistics industries, understanding the concept of maximum gross weight is crucial. The term maximum gross weight refers to the maximum weight that an aircraft or vehicle is permitted to carry, including its own weight, cargo, passengers, and fuel. This measurement is essential for ensuring safety, efficiency, and compliance with regulations. In this essay, we will explore the importance of maximum gross weight in various contexts, the factors that influence it, and the implications of exceeding this limit.Firstly, the significance of maximum gross weight cannot be overstated in the aviation industry. Aircraft are designed with specific weight limits to maintain optimal performance and safety. Exceeding the maximum gross weight can result in compromised flight characteristics, such as reduced climb rate, increased landing distance, and even potential structural failure. For instance, commercial airlines must carefully calculate the weight of passengers, luggage, and cargo before takeoff to ensure they remain within the maximum gross weight specified by the manufacturer. This meticulous planning is not just a regulatory requirement; it is a matter of safety for everyone on board.In addition to aviation, the concept of maximum gross weight is equally important in the trucking and shipping industries. Freight carriers must adhere to weight limits imposed by law to prevent damage to infrastructure, such as roads and bridges. Overweight trucks can cause significant wear and tear on highways, leading to costly repairs and increased risks for other drivers. Therefore, logistics companies invest in weight management systems to monitor the load and ensure compliance with the maximum gross weight regulations. This not only helps in maintaining safety but also enhances operational efficiency by avoiding fines and delays caused by overweight violations.Moreover, several factors can influence the maximum gross weight of a vehicle or aircraft. These include design specifications, material composition, and intended use. For example, a cargo plane may have a higher maximum gross weight compared to a passenger aircraft due to its structural design and purpose. Additionally, environmental conditions such as temperature and altitude can affect the performance of vehicles, thereby impacting their maximum gross weight capacity. Pilots and drivers must take these variables into account when planning their operations.The consequences of exceeding the maximum gross weight can be severe. In aviation, it could lead to accidents, loss of life, and legal repercussions for the airline. In road transport, overweight vehicles can cause accidents, damage property, and incur hefty fines. Therefore, it is imperative for operators in both industries to rigorously adhere to weight limitations and conduct thorough pre-flight or pre-trip inspections.In conclusion, the concept of maximum gross weight is fundamental in ensuring the safety and efficiency of transportation systems. Whether in aviation or logistics, understanding and complying with weight limits is essential for preventing accidents and maintaining regulatory standards. As technology advances, we may see improvements in weight management systems that further enhance our ability to monitor and control maximum gross weight. Ultimately, prioritizing safety and adherence to weight regulations will benefit not only the industries involved but also the wider community that relies on safe and efficient transportation services.

在交通运输，尤其是航空和物流行业中，理解“最大总重量”这一概念至关重要。术语“最大总重量”指的是飞机或车辆被允许承载的最大重量，包括其自身的重量、货物、乘客和燃料。这一测量对于确保安全、效率和遵守法规至关重要。在本文中，我们将探讨“最大总重量”在各种背景下的重要性、影响因素以及超出这一限制的影响。首先，“最大总重量”在航空行业的重要性不容小觑。飞机的设计有特定的重量限制，以保持最佳的性能和安全性。超过“最大总重量”可能会导致飞行特性受到影响，例如爬升率降低、着陆距离增加，甚至可能导致结构失效。例如，商业航空公司必须在起飞前仔细计算乘客、行李和货物的重量，以确保它们在制造商规定的“最大总重量”范围内。这种细致的规划不仅是法规要求，更是确保在场所有人安全的关键。除了航空业外，“最大总重量”这一概念在卡车运输和航运行业同样重要。货运承运人必须遵守法律规定的重量限制，以防止对基础设施（如道路和桥梁）造成损害。超载卡车可能会对高速公路造成显著的磨损，导致昂贵的维修费用，并增加其他驾驶者的风险。因此，物流公司投资于重量管理系统，以监控负载并确保遵守“最大总重量”的规定。这不仅有助于维护安全，还通过避免因超载违规而导致的罚款和延误来提高运营效率。此外，几个因素可以影响车辆或飞机的“最大总重量”。这些因素包括设计规格、材料组成和预期用途。例如，货机的“最大总重量”可能高于客机，因为其结构设计和用途不同。此外，温度和海拔等环境条件也会影响车辆的性能，从而影响其“最大总重量”的能力。飞行员和司机在规划操作时必须考虑这些变量。超出“最大总重量”的后果可能是严重的。在航空方面，这可能导致事故、生命损失以及航空公司的法律责任。在公路运输中，超载车辆可能导致事故、财产损害，并遭受巨额罚款。因此，两个行业的运营商都必须严格遵守重量限制，并进行彻底的起飞前或出发前检查。总之，“最大总重量”的概念在确保交通运输系统的安全和效率方面是基本的。无论是在航空还是物流领域，理解并遵守重量限制对于防止事故和维护法规标准至关重要。随着技术的进步，我们可能会看到在重量管理系统方面的改进，进一步增强我们监控和控制“最大总重量”的能力。最终，优先考虑安全和遵守重量法规将使参与的行业以及依赖安全高效交通服务的更广泛社区受益。