thermal deformation

简明释义

热变形

英英释义

例句

1.To minimize thermal deformation (热变形), we need to control the cooling rate of the metal parts.

为了最小化热变形，我们需要控制金属部件的冷却速度。

2.During welding, thermal deformation (热变形) can occur if the heat is not evenly distributed.

在焊接过程中，如果热量分布不均匀，可能会发生热变形。

3.The research focused on how thermal deformation (热变形) affects the performance of aerospace materials.

研究集中在热变形如何影响航空材料的性能。

4.In manufacturing, thermal deformation (热变形) can lead to inaccuracies in the final product dimensions.

在制造过程中，热变形可能导致最终产品尺寸的不准确。

5.The engineer explained that the component experienced thermal deformation (热变形) due to the extreme heat during operation.

工程师解释说，由于在操作过程中极端的热量，组件经历了热变形。

作文

Thermal deformation is a phenomenon that occurs when materials expand or contract due to changes in temperature. This process is critical in various engineering fields, particularly in the design and manufacturing of components that experience significant temperature fluctuations. For instance, metals like steel and aluminum exhibit noticeable thermal deformation (热变形) when subjected to heat. Understanding how materials behave under thermal stress is essential for ensuring the integrity and longevity of structures and machinery.In everyday life, we encounter thermal deformation (热变形) in many forms. A classic example is the expansion of metal bridges during hot weather. Engineers must account for this expansion when designing bridge joints to prevent structural failure. If they ignore thermal deformation (热变形), the metal could warp or crack, leading to potentially catastrophic consequences.Another important application of understanding thermal deformation (热变形) is in the field of electronics. As devices heat up during operation, the materials within them can expand. If the expansion is not managed correctly, it can lead to component failure. For instance, circuit boards are designed with specific tolerances to accommodate thermal deformation (热变形), ensuring that connections remain intact even as temperatures rise.Moreover, the concept of thermal deformation (热变形) is crucial in the manufacturing process of various products. When materials are heated for processes such as welding or molding, they often change shape. Manufacturers must precisely control the heating and cooling rates to minimize undesired thermal deformation (热变形). This control ensures that the final product meets quality standards and performs as intended.In the aerospace industry, where materials are subjected to extreme temperatures, understanding thermal deformation (热变形) becomes even more critical. Aircraft components must withstand not only the heat generated during flight but also the rapid temperature changes during ascent and descent. Engineers conduct extensive simulations and tests to predict how materials will behave under these conditions, allowing them to design safer and more efficient aircraft.The study of thermal deformation (热变形) also has implications for sustainability. As industries strive to reduce energy consumption and waste, understanding how materials respond to heat can lead to more efficient designs and processes. By optimizing the thermal properties of materials, manufacturers can create products that require less energy to produce and maintain, contributing to a more sustainable future.In conclusion, thermal deformation (热变形) is an essential concept that impacts various fields, from civil engineering to electronics and aerospace. Recognizing how materials react to temperature changes allows professionals to design safer, more efficient, and sustainable products. As technology continues to advance, the importance of understanding thermal deformation (热变形) will only grow, highlighting the need for ongoing research and innovation in material science.