static stability

简明释义

静稳定性

英英释义

例句

1.The stability of the building is assessed by its static stability under various conditions.

建筑的稳定性通过其在各种条件下的静态稳定性进行评估。

2.The aircraft's design focuses on enhancing static stability to ensure safer flights.

飞机的设计侧重于增强静态稳定性以确保飞行安全。

3.To improve static stability, engineers often use a wider base in their designs.

为了改善静态稳定性，工程师通常在设计中采用更宽的基础。

4.A boat with good static stability will remain upright even in choppy waters.

一艘具有良好静态稳定性的船即使在波涛汹涌的水面上也能保持直立。

5.In engineering, static stability is crucial for structures to withstand loads without collapsing.

在工程中，静态稳定性对于结构在不倒塌的情况下承受荷载至关重要。

作文

Static stability is a crucial concept in various fields, particularly in engineering and physics. It refers to the ability of a structure or system to return to its original position after being disturbed. For instance, when we think about an airplane, its design must ensure that it possesses adequate static stability (静态稳定性) to maintain flight without constant adjustments from the pilot. If an aircraft experiences turbulence, its static stability (静态稳定性) allows it to naturally return to a level flight path, which is essential for safety and comfort. In civil engineering, static stability (静态稳定性) is vital for the design of buildings and bridges. Engineers must consider how structures will respond to loads such as wind, earthquakes, or even the weight of the materials used in construction. A building with good static stability (静态稳定性) will not sway excessively or collapse under stress, ensuring the safety of its occupants. This principle also extends to the design of retaining walls and dams, where the stability of the structure against sliding or overturning is paramount.Similarly, in the field of robotics, static stability (静态稳定性) plays a significant role. Robots designed to operate in dynamic environments must be stable enough to perform tasks without tipping over. Engineers often use principles of static stability (静态稳定性) to create robots that can navigate uneven terrain while maintaining their balance. This involves careful consideration of the robot's center of mass and the distribution of weight across its base.Moreover, static stability (静态稳定性) is also relevant in the context of sports and physical activities. Athletes need to understand their body mechanics to maintain static stability (静态稳定性) during performance. For example, a gymnast executing a routine on a balance beam relies on their ability to remain stable and centered to avoid falling. Coaches often emphasize the importance of core strength and balance training to enhance an athlete's static stability (静态稳定性).In summary, static stability (静态稳定性) is a fundamental principle that applies across multiple disciplines. Its significance cannot be overstated, as it ensures safety and functionality in everything from aircraft and buildings to robots and athletic performance. Understanding and applying the principles of static stability (静态稳定性) can lead to better designs and improved outcomes in various fields, ultimately enhancing our daily lives and the technology we rely on.