thin walled cylinder

简明释义

薄壁圆筒

英英释义

例句

1.The thermal expansion of the thin walled cylinder must be considered in the design of the heat exchanger.

在热交换器的设计中，必须考虑薄壁圆柱体的热膨胀。

2.When analyzing the stress distribution, we found that the thin walled cylinder could withstand high pressures.

在分析应力分布时，我们发现薄壁圆柱体能够承受高压。

3.The thin walled cylinder used in the rocket engine allows for lightweight construction without sacrificing strength.

火箭发动机中使用的薄壁圆柱体允许轻量化的结构而不牺牲强度。

4.In fluid mechanics, the behavior of a thin walled cylinder under internal pressure is crucial for safety.

在流体力学中，薄壁圆柱体在内部压力下的行为对安全至关重要。

5.The engineer designed a new pressure vessel using a thin walled cylinder to minimize material costs.

工程师设计了一个新的压力容器，采用了薄壁圆柱体以减少材料成本。

作文

The study of structural mechanics often involves various shapes and forms, among which the thin walled cylinder (薄壁圆柱) is a fundamental concept. This geometric shape is significant in engineering applications, particularly in the design of pipes, pressure vessels, and other cylindrical structures. Understanding the behavior of a thin walled cylinder (薄壁圆柱) under different loading conditions is crucial for ensuring safety and functionality in real-world applications.A thin walled cylinder (薄壁圆柱) is defined as a cylinder where the wall thickness is small compared to its radius. This characteristic allows for simplifying assumptions in calculations, making it easier to analyze stresses and strains. For instance, when subjected to internal pressure, a thin walled cylinder (薄壁圆柱) can be analyzed using the thin-walled assumptions, which state that the radial stress is negligible compared to the hoop stress. This simplification leads to straightforward formulas that engineers can use to determine the required wall thickness for a given internal pressure.In many engineering applications, such as pipelines or storage tanks, the thin walled cylinder (薄壁圆柱) plays a vital role. These structures must withstand various forces, including internal pressure, external loads, and environmental factors. By understanding the mechanics of a thin walled cylinder (薄壁圆柱), engineers can design safer and more efficient systems. For example, in the oil and gas industry, pipelines are often constructed as thin walled cylinders (薄壁圆柱) to transport fluids. The design must consider not only the internal pressure but also factors like temperature fluctuations and corrosion.Moreover, the manufacturing process of thin walled cylinders (薄壁圆柱) is another area of interest. Techniques such as extrusion, rolling, and casting are commonly used to produce these components. Each method has its advantages and challenges, affecting the final product's quality and performance. Understanding how the manufacturing process influences the mechanical properties of a thin walled cylinder (薄壁圆柱) is essential for engineers to ensure that the final product meets the necessary specifications and standards.In addition to practical applications, the thin walled cylinder (薄壁圆柱) also serves as a critical teaching tool in engineering education. Students learn about stress analysis, material selection, and failure modes through the study of this simple yet profound shape. It provides a foundation for understanding more complex structures and systems. By mastering the principles surrounding the thin walled cylinder (薄壁圆柱), students are better prepared to tackle real-world engineering challenges.In conclusion, the thin walled cylinder (薄壁圆柱) is an essential concept in engineering that encompasses various applications, from structural analysis to manufacturing processes. Its significance cannot be overstated, as it serves as a building block for understanding more complex systems. As engineers continue to innovate and design new structures, the principles governing the behavior of thin walled cylinders (薄壁圆柱) will remain relevant, ensuring safety and efficiency in countless applications.