load-bearing; bear the weight of

简明释义

承载

英英释义

例句

1.The roof is load-bearing 承重的 and must be constructed with durable materials.

屋顶是承重的，必须使用耐用材料建造。

2.The architect designed the building with several load-bearing 承重的 walls to ensure its stability.

建筑师设计了这座建筑，设置了几面承重的墙以确保其稳定性。

3.In this bridge, the steel beams are load-bearing 承重的 components that support the entire structure.

在这座桥中，钢梁是承重的组成部分，支撑着整个结构。

4.When renovating, make sure not to remove any load-bearing 承重的 walls without consulting an engineer.

在翻修时，一定要确保在咨询工程师后，不要拆除任何承重的墙。

5.The new design includes a load-bearing 承重的 column that enhances the building's strength.

新设计包括一根承重的柱子，增强了建筑的强度。

作文

In the world of engineering and architecture, the concept of load-bearing structures is fundamental. These are designs that can bear the weight of not only their own mass but also additional loads such as furniture, occupants, and environmental factors like snow or wind. Understanding how these structures work is crucial for creating safe and durable buildings. For instance, when constructing a house, the walls and beams must be designed to distribute weight evenly to prevent collapse. The term load-bearing refers to those elements that support weight, while bear the weight of indicates their capacity to hold various loads without failing.When we think about load-bearing structures, we often envision tall skyscrapers or large bridges. However, even smaller buildings rely on this principle. A well-designed residential home incorporates load-bearing walls that help to bear the weight of the roof and upper floors. If these walls are not properly constructed, the entire structure could be at risk, leading to potential safety hazards.Moreover, the materials used in these structures play a significant role in their ability to bear the weight of heavy loads. For example, concrete and steel are commonly used because they have high compressive strength, meaning they can withstand significant pressure without crumbling. On the other hand, materials like wood, while lighter, must be carefully calculated to ensure they can still effectively bear the weight of the loads they will encounter.The principles of load-bearing constructions extend beyond physical structures; they can also be applied metaphorically in our daily lives. Just as buildings need strong foundations to support them, individuals require emotional and mental strength to bear the weight of life's challenges. This could be in the form of stress from work, family responsibilities, or personal struggles. Much like an architect carefully plans a building, we too must consider how we can strengthen our own 'load-bearing' capabilities.For instance, developing coping strategies, seeking support from friends and family, and practicing self-care can enhance our ability to bear the weight of life’s pressures. Just as a load-bearing wall can distribute weight to prevent collapse, a strong support system can help us manage stress and maintain balance in our lives.In conclusion, the concept of load-bearing and the ability to bear the weight of various loads is essential in both engineering and personal resilience. By understanding these principles, we can create safer structures and cultivate stronger selves. Whether it is through the design of a building or the management of our emotional health, the importance of being able to support and distribute weight cannot be overstated. It is a lesson that applies across disciplines, reminding us that strength, whether in materials or in ourselves, is vital for stability and success.

在工程和建筑的世界中，承重结构的概念是基础。这些设计不仅能够承受重量自身的质量，还能承受额外的负载，例如家具、居住者以及雪或风等环境因素。理解这些结构的工作原理对于创造安全耐用的建筑至关重要。例如，在建造房屋时，墙壁和梁必须设计成能够均匀分配重量，以防止坍塌。术语承重指的是那些支持重量的元素，而承受重量则表示它们在不失败的情况下承受各种负载的能力。当我们想到承重结构时，常常会联想到高耸的摩天大楼或大型桥梁。然而，即使是较小的建筑也依赖于这一原则。一个设计良好的住宅包含承重墙，帮助承受重量屋顶和上层楼的重量。如果这些墙没有正确建造，整个结构可能面临风险，从而导致潜在的安全隐患。此外，这些结构中使用的材料在它们承载重负荷的能力中起着重要作用。例如，混凝土和钢材因其高抗压强度而被广泛使用，这意味着它们能够承受重大压力而不会崩溃。另一方面，木材虽然较轻，但必须仔细计算，以确保它们仍然能够有效地承受重量。承重结构的原则超越了物理结构；它们也可以在我们日常生活中隐喻地应用。就像建筑需要坚实的基础来支撑它们一样，个人也需要情感和心理上的力量来承受重量生活中的挑战。这可能来自于工作的压力、家庭责任或个人斗争。就像建筑师仔细规划建筑一样，我们也必须考虑如何增强自己的“承重”能力。例如，发展应对策略、寻求朋友和家人的支持以及练习自我照顾，可以增强我们承受重量生活压力的能力。就像承重墙可以分配重量以防止坍塌一样，强大的支持系统可以帮助我们管理压力并保持生活的平衡。总之，承重的概念和承受重量各种负载的能力在工程和个人韧性中都是至关重要的。通过理解这些原则，我们可以创造更安全的结构并培养更强的自我。无论是通过建筑设计还是情感健康的管理，能够支持和分配重量的重要性都不容忽视。这是一个跨学科的教训，提醒我们，无论是在材料还是在我们自己身上，力量对于稳定和成功至关重要。