unballasted

简明释义

英[ˌʌnˈbæl.ə.stɪd]美[ˌʌnˈbæl.ə.stɪd]

adj. 没有压舱物的；不稳固的

英英释义

单词用法

同义词

反义词

例句

1.The unballasted track by the pile-plank structure is a relatively new structure.

桩板结构路基-无砟轨道结构是一种相对较新的结构。

2.This paper covers design and application of long cantilever gantry crane used in the high-speed railways' unballasted track Boegl plate project.

介绍了高速铁路无碴轨道博格板大悬臂门式起重机的设计方案、结构组成及其在京津城际高速铁路博格板铺设施工中的应用。

3.This paper covers design and application of long cantilever gantry crane used in the high-speed railways' unballasted track Boegl plate project.

介绍了高速铁路无碴轨道博格板大悬臂门式起重机的设计方案、结构组成及其在京津城际高速铁路博格板铺设施工中的应用。

4.When the train is unballasted, it can cause excessive vibrations on the tracks.

当火车处于未加压载状态时，会导致轨道上产生过度的震动。

5.The engineers decided to test the structure while it was still unballasted to assess its stability.

工程师们决定在结构仍处于未加压载状态时进行测试，以评估其稳定性。

6.The unballasted area of the dock was prone to shifting under heavy loads.

码头的未加压载区域在重载下容易发生位移。

7.An unballasted foundation can lead to uneven settling of a building over time.

一个未加压载的基础可能会导致建筑物随着时间的推移出现不均匀沉降。

8.The ship was unballasted, making it difficult to navigate through the rough waters.

这艘船处于未加压载状态，使得在波涛汹涌的水域中航行变得困难。

作文

In the world of engineering and design, the term unballasted refers to structures or systems that lack the necessary weight or support to maintain stability. This concept is crucial in various fields, particularly in the construction of railways, bridges, and even ships. When a structure is unballasted, it becomes susceptible to environmental factors such as wind, water currents, and seismic activities, which can lead to catastrophic failures. For instance, consider the construction of a railway track. Ballast, typically made from crushed stone, is used to create a stable foundation for the tracks. It helps distribute the weight of the trains and prevents the tracks from shifting under pressure. If the railway were to be constructed in an unballasted manner, the tracks could easily become misaligned, leading to derailments and accidents. This scenario highlights the importance of proper engineering practices and the risks associated with neglecting foundational support. Moreover, the concept of unballasted extends beyond physical structures. In the realm of psychology, individuals may feel emotionally unballasted when they lack support systems or coping mechanisms. This state can lead to feelings of insecurity and instability, much like a ship without ballast that sways dangerously in turbulent waters. Just as engineers must ensure that their designs are adequately ballasted, individuals must seek out relationships and resources that provide emotional stability. In the context of modern architecture, the trend towards minimalist design can sometimes result in unballasted structures that prioritize aesthetics over functionality. While sleek lines and open spaces are visually appealing, they can compromise the integrity of a building if not properly supported. Architects must strike a balance between beauty and stability, ensuring that their creations are not only eye-catching but also safe and durable. Furthermore, the use of technology in construction has introduced new materials and methods that can either enhance or undermine stability. For example, lightweight materials can reduce the overall weight of a structure, but if they are used without adequate support, the result can be an unballasted design prone to failure. Engineers must carefully consider the implications of their choices, ensuring that innovation does not come at the expense of safety. In conclusion, the term unballasted serves as a reminder of the importance of stability in both physical and emotional contexts. Whether discussing the integrity of a railway system or the psychological well-being of an individual, the need for support and balance is paramount. As we navigate through life and its challenges, we must strive to avoid becoming unballasted, seeking out the foundations that will keep us grounded and secure. Understanding this concept can lead to better decision-making in both personal and professional realms, ultimately contributing to a more stable and fulfilling life.

在工程和设计的世界中，术语unballasted指的是缺乏必要重量或支撑以维持稳定性的结构或系统。这个概念在各个领域都至关重要，特别是在铁路、桥梁甚至船舶的建设中。当一个结构处于unballasted状态时，它会受到风、水流和地震活动等环境因素的影响，从而可能导致灾难性的故障。例如，考虑一下铁路轨道的建设。碎石制成的道砟通常用于为轨道创建稳定的基础。它有助于分散火车的重量，并防止轨道在压力下移动。如果铁路以unballasted的方式建造，轨道很容易变得错位，从而导致脱轨和事故。这种情况突显了适当工程实践的重要性，以及忽视基础支撑所带来的风险。此外，unballasted的概念超越了物理结构。在心理学领域，当个人缺乏支持系统或应对机制时，他们可能会感到情感上的unballasted。这种状态可能导致不安全感和不稳定感，就像没有压舱物的船在波涛汹涌的水域中危险地摇摆。正如工程师必须确保他们的设计得到充分的压舱，个人也必须寻求提供情感稳定性的关系和资源。在现代建筑的背景下，追求极简设计的趋势有时会导致优先考虑美学而忽视功能的unballasted结构。尽管流线型的线条和开放的空间在视觉上是吸引人的，但如果没有适当的支撑，它们可能会危及建筑的完整性。建筑师必须在美和稳定之间找到平衡，确保他们的作品不仅令人注目，而且安全耐用。此外，建筑中技术的使用引入了新的材料和方法，这些材料和方法可以增强或削弱稳定性。例如，轻质材料可以减轻结构的整体重量，但如果在没有足够支撑的情况下使用，结果可能是一个容易失败的unballasted设计。工程师必须仔细考虑他们选择的影响，确保创新不会以安全为代价。总之，术语unballasted提醒我们在物理和情感背景中稳定性的重要性。无论讨论铁路系统的完整性还是个人的心理健康，支持和平衡的需求都是至关重要的。当我们在生活和挑战中航行时，我们必须努力避免变得unballasted，寻求能够使我们保持脚踏实地和安全的基础。理解这一概念可以在个人和职业领域中促进更好的决策，最终有助于实现更稳定和充实的生活。