chamfered angle

简明释义

斜面角

英英释义

例句

1.For better aesthetics, the manufacturer added a chamfered angle to the ceramic tile edges.

为了更好的美观，制造商在陶瓷砖的边缘增加了一个倒角。

2.The furniture designer opted for a sleek look by incorporating a chamfered angle on the table edges.

家具设计师选择通过在桌子边缘加入一个倒角来实现时尚外观。

3.The architect specified a chamfered angle in the design to reduce sharp edges and enhance safety.

建筑师在设计中指定了一个倒角以减少锋利边缘并增强安全性。

4.The engineer recommended using a chamfered angle to facilitate easier assembly of the components.

工程师建议使用一个倒角以便于组件的组装。

5.When assembling the metal frame, ensure that each joint has a properly cut chamfered angle to improve stability.

在组装金属框架时，确保每个接头都有一个适当切割的倒角以提高稳定性。

作文

In the world of design and engineering, precision is paramount. One of the key elements that contribute to this precision is the concept of a chamfered angle. A chamfered angle refers to an edge that has been beveled or cut at an angle, rather than being left sharp or square. This technique is commonly used in various applications, from furniture design to mechanical engineering, and it serves multiple purposes. Firstly, the primary reason for using a chamfered angle is safety. Sharp edges can pose a risk of injury, especially in environments where people are frequently interacting with objects. By creating a chamfered angle, designers can reduce the likelihood of cuts or scrapes, making products safer for users. For instance, in the design of kitchen countertops, a chamfered angle can soften the edges, providing a more user-friendly experience.Secondly, aesthetics play a significant role in the use of chamfered angles. A bevel can enhance the visual appeal of an object by adding depth and dimension. In furniture design, a chamfered angle can create a sophisticated look, transforming a simple table into a piece of art. The way light interacts with the beveled edges can also create interesting shadows and highlights, further enhancing the overall design.Moreover, chamfered angles can improve the functionality of certain products. For example, in mechanical components, a chamfered angle can facilitate easier assembly by allowing parts to fit together more smoothly. This is particularly important in manufacturing processes where precision is crucial. Additionally, a chamfered angle can help in reducing stress concentrations in materials, which can lead to increased durability and longevity of the product.The implementation of chamfered angles is also prevalent in architecture. When designing buildings, architects often incorporate chamfered angles in corners and edges to create a more inviting atmosphere. These angles can make spaces feel larger and more open, as they soften the harshness of traditional angular designs. Furthermore, the aesthetic appeal of chamfered angles can elevate the overall architectural style, contributing to a building's character and charm.In conclusion, the use of chamfered angles is a fundamental aspect of design and engineering that serves both functional and aesthetic purposes. From enhancing safety to improving visual appeal and functionality, chamfered angles are essential in creating high-quality products. As designers and engineers continue to innovate, the importance of incorporating such features will undoubtedly remain a priority, ensuring that safety, beauty, and efficiency go hand in hand in the creations of tomorrow.

在设计和工程的世界中，精确是至关重要的。影响这一精确性的关键元素之一是“倒角”的概念。“倒角”指的是一个边缘被斜切或以某个角度裁剪，而不是保持尖锐或方正。这种技术在各种应用中都很常见，从家具设计到机械工程，它具有多重用途。首先，使用“倒角”的主要原因是安全性。尖锐的边缘可能会造成伤害，特别是在人员频繁接触物体的环境中。通过创建一个“倒角”，设计师可以减少割伤或擦伤的可能性，使产品对用户更加安全。例如，在厨房台面的设计中，“倒角”可以软化边缘，提供更人性化的体验。其次，美学在使用“倒角”中也起着重要作用。斜面可以通过增加深度和维度来增强物体的视觉吸引力。在家具设计中，“倒角”可以创造出一种复杂的外观，将简单的桌子转变为艺术品。光线与斜切边缘的相互作用也可以产生有趣的阴影和高光，进一步增强整体设计。此外，“倒角”还可以提高某些产品的功能性。例如，在机械部件中，“倒角”可以通过使部件更顺利地结合在一起来促进更简单的组装。这在制造过程中尤为重要，因为精确性至关重要。此外，“倒角”可以帮助减少材料中的应力集中，从而提高产品的耐用性和使用寿命。“倒角”的应用在建筑中也很普遍。在设计建筑时，建筑师经常在角落和边缘中融入“倒角”，以创造更具吸引力的氛围。这些角度可以使空间感觉更大和更开放，因为它们柔化了传统角度设计的严酷性。此外，“倒角”的美学吸引力可以提升整体建筑风格，为建筑的特色和魅力做出贡献。总之，使用“倒角”是设计和工程的基本方面，既具有功能性又具有美学目的。从增强安全性到改善视觉吸引力和功能性，“倒角”在创造高质量产品中至关重要。随着设计师和工程师不断创新，融入此类特征的重要性无疑将继续成为优先事项，确保安全、美观和效率在未来的创作中并行不悖。