auxiliary view

简明释义

辅助视图;

英英释义

例句

1.An auxiliary view can help engineers visualize complex components from different angles.

一个辅助视图可以帮助工程师从不同的角度可视化复杂的组件。

2.The architect included an auxiliary view of the building's elevation for better clarity.

建筑师包含了建筑立面的辅助视图以便更好地理解。

3.In technical drawing, an auxiliary view is used to show features that are not clearly visible in the primary views.

在技术绘图中，辅助视图用于显示在主要视图中不清楚可见的特征。

4.Using an auxiliary view, the designer was able to highlight the intricate details of the product.

通过使用辅助视图，设计师能够突出产品的复杂细节。

5.When creating a 3D model, you might need to generate an auxiliary view to accurately depict the object's dimensions.

在创建3D模型时，您可能需要生成一个辅助视图以准确描绘物体的尺寸。

作文

In the field of technical drawing and engineering design, the concept of an auxiliary view plays a crucial role in accurately representing three-dimensional objects on two-dimensional surfaces. An auxiliary view is essentially a supplementary view that provides additional information about the features of an object that may not be clearly visible in the standard orthographic projections. This is particularly important when dealing with inclined or oblique surfaces, which can often lead to confusion if only the primary views are presented. By utilizing an auxiliary view, designers and engineers can convey complex geometries more effectively, ensuring that all dimensions and angles are precisely communicated.For instance, consider a simple mechanical part like a bracket. When viewed from the front, the bracket may appear as a flat shape, but its true form includes various angles and depths that are critical for its functionality. If an engineer were to only provide the front, top, and side views, it might be difficult for a manufacturer to understand how to create the part accurately. Here, the inclusion of an auxiliary view that shows the bracket from a different angle can clarify these complexities, allowing for a more complete understanding of the design.Moreover, the use of an auxiliary view is not limited to just mechanical parts; it is also applicable in architectural drawings, where elements such as roofs or sloped walls need to be depicted accurately. In architecture, an auxiliary view can illustrate the pitch of a roof or the angle of a wall, which are essential for both aesthetic and structural reasons. Without these additional views, architects may struggle to convey their intentions clearly to clients, builders, or regulatory bodies.The process of creating an auxiliary view involves projecting the relevant features of the object onto a plane that is perpendicular to the line of sight. This technique allows for a clearer depiction of the object's geometry. Students and professionals alike must practice this skill to become proficient in technical drawing, as it is fundamental to effective communication in engineering and design fields.In summary, the importance of an auxiliary view cannot be overstated. It serves as a vital tool for enhancing clarity and precision in technical drawings. By providing a more comprehensive representation of an object, it helps prevent misunderstandings and errors during the manufacturing or construction process. As technology advances and designs become increasingly complex, the ability to utilize auxiliary views will continue to be an essential skill for engineers, architects, and designers alike. Ultimately, mastering the use of auxiliary views contributes significantly to the success of any project, ensuring that all stakeholders have a clear and accurate understanding of the intended design.

在技术绘图和工程设计领域，辅助视图的概念在准确表示三维物体在二维表面上的形状方面发挥着至关重要的作用。辅助视图本质上是一个补充视图，提供有关物体特征的额外信息，这些特征在标准正投影中可能并不清晰可见。这在处理倾斜或斜面时尤为重要，因为如果仅提供主要视图，往往会导致混淆。通过利用辅助视图，设计师和工程师可以更有效地传达复杂的几何形状，确保所有尺寸和角度都被准确传达。例如，考虑一个简单的机械零件，如支架。从正面看，支架可能呈现为一个平面形状，但它的真实形状包含各种角度和深度，这对其功能至关重要。如果工程师仅提供正面、顶部和侧面的视图，制造商可能很难理解如何准确地制作该零件。在这里，包含一个显示支架不同角度的辅助视图可以澄清这些复杂性，使设计的理解更加完整。此外，辅助视图的使用不仅限于机械零件；它在建筑绘图中也适用，其中诸如屋顶或斜墙等元素需要准确描绘。在建筑学中，辅助视图可以展示屋顶的坡度或墙壁的角度，这对美学和结构都有重要意义。如果没有这些额外的视图，建筑师可能会难以向客户、建筑工人或监管机构清晰地传达他们的意图。创建辅助视图的过程涉及将物体的相关特征投影到与视线垂直的平面上。这种技术允许更清晰地描绘物体的几何形状。学生和专业人员必须练习这一技能，以便熟练掌握技术绘图，因为它是工程和设计领域有效沟通的基础。总之，辅助视图的重要性不容低估。它作为增强技术绘图的清晰度和精确性的关键工具。通过提供物体的更全面的表示，它有助于防止在制造或施工过程中出现误解和错误。随着技术的进步和设计变得越来越复杂，利用辅助视图的能力将继续成为工程师、建筑师和设计师必备的一项技能。最终，掌握辅助视图的使用对任何项目的成功都具有重要意义，确保所有利益相关者对预期设计有清晰准确的理解。