stable vertical

简明释义

垂直陀螺仪

英英释义

例句

1.The engineer emphasized the need for a stable vertical 稳定垂直 support structure in the bridge design.

工程师强调在桥梁设计中需要一个稳定垂直 稳定垂直 的支撑结构。

2.In yoga, maintaining a stable vertical 稳定垂直 posture is essential for balance and focus.

在瑜伽中，保持一个稳定垂直 稳定垂直 的姿势对平衡和专注至关重要。

3.To achieve a stable vertical 稳定垂直 line when painting, use a level to guide your brush strokes.

为了在绘画时达到稳定垂直 稳定垂直 的线条，使用水平仪来指导你的刷子笔触。

4.The team used a laser level to ensure a stable vertical 稳定垂直 installation of the new shelving units.

团队使用激光水平仪来确保新架子单元的稳定垂直 稳定垂直 安装。

5.The architect designed the building to ensure a stable vertical 稳定垂直 alignment that would withstand high winds.

建筑师设计了这座建筑，以确保其具有能够抵御强风的稳定垂直 稳定垂直 对齐。

作文

In the world of engineering and architecture, the concept of a stable vertical is crucial for ensuring that structures can withstand various forces and remain upright over time. A stable vertical refers to a position or orientation that maintains its alignment under different conditions, such as wind, earthquakes, or the weight of the materials used in construction. Understanding this principle is essential for architects and engineers when designing buildings, bridges, and other structures. For instance, consider the design of skyscrapers. The taller the building, the more challenging it becomes to maintain a stable vertical position. Engineers must account for lateral forces that can cause swaying or tilting. To achieve a stable vertical, they often incorporate features such as deep foundations, bracing systems, and dampers that absorb motion. These elements work together to ensure that the structure remains upright and safe for its occupants.Another example of stable vertical can be found in the construction of bridges. Bridges must not only support their own weight but also accommodate the dynamic loads from vehicles and pedestrians. To create a stable vertical structure, engineers use materials that have high tensile strength and design the bridge to distribute weight evenly across its supports. This careful planning helps prevent structural failure and ensures that the bridge remains functional for years to come.In addition to physical structures, the idea of stable vertical can also apply to various aspects of life and personal development. For example, maintaining a stable vertical in one’s career means having a clear direction and purpose, which allows individuals to navigate challenges and setbacks without losing their way. Just as engineers strive to create structures that can withstand external pressures, individuals can cultivate resilience and stability in their lives by setting goals, seeking support, and adapting to change.Moreover, the importance of a stable vertical extends beyond engineering and personal growth; it can also be observed in nature. Trees, for instance, exhibit a remarkable ability to maintain a stable vertical despite facing strong winds and storms. Their roots anchor them firmly in the ground, while their flexible trunks allow them to bend and sway without breaking. This natural adaptation serves as an excellent metaphor for how we can strive for stability in our lives while remaining adaptable to the challenges we encounter.In conclusion, the concept of a stable vertical is multifaceted, encompassing principles of engineering, personal development, and natural resilience. Whether it is in constructing a building, navigating a career, or observing the strength of trees, the ability to maintain a stable vertical is essential for success and longevity. As we move forward in our endeavors, let us remember the significance of stability and adaptability, ensuring that we remain upright and resilient in the face of life's challenges.

在工程和建筑的世界中，‘stable vertical’（稳定垂直）的概念对于确保结构能够承受各种力量并随着时间的推移保持直立至关重要。‘stable vertical’指的是在不同条件下保持对齐的位置或方向，例如风、地震或建筑材料的重量。理解这一原则对于建筑师和工程师在设计建筑、桥梁和其他结构时至关重要。例如，考虑摩天大楼的设计。建筑越高，保持‘stable vertical’的位置就越具挑战性。工程师必须考虑可能导致摇摆或倾斜的侧向力量。为了实现‘stable vertical’，他们通常会采用深基础、支撑系统和能够吸收运动的阻尼器等特征。这些元素共同作用，确保结构保持直立并对其居住者安全。另一个‘stable vertical’的例子可以在桥梁的建设中找到。桥梁不仅必须支撑自身的重量，还必须适应来自车辆和行人的动态荷载。为了创建一个‘stable vertical’的结构，工程师使用具有高抗拉强度的材料，并设计桥梁以均匀分配重量到其支撑点。这种精心的规划有助于防止结构失败，并确保桥梁在许多年内保持功能。除了物理结构，‘stable vertical’的理念还可以应用于生活和个人发展的各个方面。例如，在职业生涯中保持‘stable vertical’意味着拥有清晰的方向和目标，这使个人能够在面对挑战和挫折时不迷失方向。正如工程师努力创造能够承受外部压力的结构一样，个人可以通过设定目标、寻求支持和适应变化来培养生活中的韧性和稳定性。此外，‘stable vertical’的重要性不仅限于工程和个人成长；它还可以在自然界中观察到。例如，树木展现出在强风和暴风雨中保持‘stable vertical’的非凡能力。它们的根牢牢地锚定在地面上，而灵活的树干则允许它们在不折断的情况下弯曲和摇摆。这种自然适应能力是我们在生活中追求稳定性的绝佳隐喻，同时在面对挑战时保持适应性。总之，‘stable vertical’的概念是多方面的，涵盖了工程原理、个人发展和自然韧性。无论是在建造建筑、导航职业生涯还是观察树木的力量，保持‘stable vertical’的能力对于成功和持久性至关重要。在我们在事业和生活中前进时，让我们记住稳定性和适应性的意义，确保我们在生活的挑战面前保持直立和坚韧。