builder's tonnage

简明释义

设计吨位

英英释义

例句

1.Before launching, the engineers must verify the builder's tonnage to ensure it meets the design specifications.

在下水之前，工程师必须验证建造吨位以确保其符合设计规范。

2.During the inspection, the authorities will check the builder's tonnage to confirm it matches the registered documents.

在检查过程中，主管部门将核实建造吨位是否与注册文件相符。

3.The shipyard reported the final weight of the vessel as the builder's tonnage, which is crucial for compliance with maritime regulations.

造船厂报告了该船舶的最终重量作为建造吨位，这对遵守海事法规至关重要。

4.The contractor provided a detailed report on the builder's tonnage for the new cargo ship.

承包商提供了新货船的建造吨位详细报告。

5.The builder's tonnage affects the ship's stability and performance at sea.

船舶的建造吨位影响其在海上的稳定性和性能。

作文

In the world of maritime construction, the term builder's tonnage is crucial for understanding the size and capacity of a vessel. builder's tonnage (造船吨位) refers to the volume of a ship's hull, which is an essential factor in determining its structural integrity and overall performance at sea. This measurement is not only vital for builders and designers but also plays a significant role in regulatory compliance and taxation. When a ship is constructed, its builder's tonnage is calculated based on specific formulas that take into account the dimensions of the hull, including length, breadth, and depth. These measurements help in assessing how much cargo or passengers a ship can safely carry. For instance, a larger builder's tonnage typically indicates a greater cargo capacity, which can lead to higher profits for shipping companies. Moreover, understanding builder's tonnage is important for safety regulations. Different countries have varying standards for ship construction, and these standards often depend on the builder's tonnage. Ships with a higher tonnage may be subject to more stringent safety inspections and requirements. This ensures that vessels are built to withstand the harsh conditions of the open sea and protect both the crew and the environment. In addition to safety and capacity considerations, builder's tonnage also impacts the operational costs of running a ship. Larger vessels generally require more fuel and maintenance, which can increase operating expenses. Therefore, shipbuilders must carefully balance the builder's tonnage with the intended use of the vessel. A ship designed for long-haul freight might benefit from a larger tonnage, while a vessel intended for short passenger trips may prioritize efficiency over size. Furthermore, the concept of builder's tonnage extends beyond just the physical dimensions of the ship. It encompasses the overall design philosophy and engineering principles employed during construction. Shipbuilders must consider hydrodynamics, materials, and technology to optimize the builder's tonnage for performance and sustainability. Innovations in ship design, such as the use of lightweight materials and advanced propulsion systems, can lead to more efficient vessels that maximize the benefits of their builder's tonnage. In conclusion, builder's tonnage is a fundamental aspect of shipbuilding that influences various factors, including capacity, safety, operational costs, and design. Understanding this term allows stakeholders in the maritime industry to make informed decisions regarding vessel construction and operation. As the shipping industry continues to evolve, the significance of builder's tonnage will remain paramount in ensuring that ships are built to meet the demands of modern trade while adhering to safety and environmental standards.

在海事建筑的世界中，术语builder's tonnage对理解船只的大小和容量至关重要。builder's tonnage（造船吨位）是指船体的体积，这是确定其结构完整性和整体海上性能的重要因素。这个测量不仅对建造者和设计师至关重要，而且在合规和税收方面也发挥着重要作用。当一艘船被建造时，其builder's tonnage是根据特定公式计算的，这些公式考虑了船体的尺寸，包括长度、宽度和深度。这些测量有助于评估船只能够安全运输多少货物或乘客。例如，较大的builder's tonnage通常表示更大的货物容量，这可能会为航运公司带来更高的利润。此外，理解builder's tonnage对安全法规也很重要。不同国家对船舶建造有不同的标准，而这些标准通常取决于builder's tonnage。吨位较高的船只可能会受到更严格的安全检查和要求。这确保船只能够承受开放海域的恶劣条件，并保护船员和环境。除了安全和容量考虑之外，builder's tonnage还会影响船舶运营的成本。较大的船只通常需要更多的燃料和维护，这会增加运营费用。因此，造船者必须仔细平衡builder's tonnage与船只的预期用途。设计用于长途货运的船只可能从更大的吨位中受益，而用于短途客运的船只可能优先考虑效率而非尺寸。此外，builder's tonnage的概念不仅仅局限于船只的物理尺寸。它还包括在建造过程中采用的整体设计理念和工程原则。造船者必须考虑流体动力学、材料和技术，以优化builder's tonnage以提高性能和可持续性。在船舶设计中的创新，例如使用轻质材料和先进的推进系统，可以导致更高效的船只，从而最大化其builder's tonnage的优势。总之，builder's tonnage是造船的基本方面，影响着容量、安全性、运营成本和设计等各个因素。理解这个术语使海事行业的利益相关者能够就船舶的建造和运营做出明智的决策。随着航运业的不断发展，builder's tonnage的重要性将继续在确保船舶建造以满足现代贸易需求同时遵守安全和环境标准方面保持重要地位。