end elevation; end view

简明释义

侧视图；端视图

英英释义

例句

1.To accurately portray the project, the engineer included the end elevation; end view 端面高度；端视图 in the presentation.

为了准确描绘项目，工程师在演示中包含了end elevation; end view 端面高度；端视图。

2.In the technical drawing, the end elevation; end view 端面高度；端视图 helps in understanding the structure's design.

在技术图纸中，end elevation; end view 端面高度；端视图 有助于理解结构的设计。

3.The architect provided the end elevation; end view 端面高度；端视图 of the building to showcase its height from the side.

建筑师提供了建筑的end elevation; end view 端面高度；端视图，以展示其侧面的高度。

4.During the review meeting, the end elevation; end view 端面高度；端视图 was discussed to highlight potential design flaws.

在审查会议上，讨论了end elevation; end view 端面高度；端视图以突出潜在的设计缺陷。

5.The end elevation; end view 端面高度；端视图 of the bridge was critical for assessing its aesthetic appeal.

桥梁的end elevation; end view 端面高度；端视图 对评估其美观性至关重要。

作文

In the realm of architecture and engineering, understanding various perspectives of a structure is crucial for effective design and communication. Among these perspectives, the terms end elevation and end view play significant roles in visualizing and conveying the dimensions and aesthetics of a building or object. The end elevation (端面高度图) refers to a specific type of drawing that illustrates the vertical height and features of a structure when viewed from one end. This perspective allows architects and engineers to depict how the building will appear from a particular angle, highlighting elements such as windows, doors, and rooflines. It provides a clear representation of the overall height and design details that might not be apparent in other views.On the other hand, the end view (端面视图) represents a more comprehensive perspective that encompasses the overall shape and outline of a structure when looking at it from the end. This view is essential for understanding the spatial relationships and proportions of the building in relation to its surroundings. The end view typically includes the width and depth of the structure, allowing stakeholders to appreciate how the building integrates with the landscape or neighboring structures.Both end elevation and end view are integral to the architectural design process. When creating plans, architects often start with these views to establish a foundation for their designs. By utilizing the end elevation, they can ensure that the building meets height regulations and aesthetic expectations. Meanwhile, the end view helps in assessing the building's footprint and its impact on the site.Furthermore, these perspectives are not only useful during the design phase but also serve as valuable tools during construction. Builders and contractors rely on end elevation drawings to accurately measure and construct the building according to the specified heights and features. Similarly, the end view assists in ensuring that the structure aligns with the intended layout and integrates well with the environment. In addition, the significance of end elevation and end view extends beyond practical applications; they also enhance communication among various stakeholders involved in a project. Clients, architects, engineers, and builders can all refer to these drawings to ensure that everyone shares a common understanding of the design intent. This collaborative approach minimizes misunderstandings and streamlines the construction process.In conclusion, mastering the concepts of end elevation and end view is essential for anyone involved in architecture and engineering. These perspectives not only aid in the visualization and design of structures but also facilitate effective communication among all parties involved. As we continue to innovate and develop new architectural styles, the importance of accurately representing buildings through end elevation and end view will remain a cornerstone of successful design and construction practices.

在建筑和工程领域，理解结构的各种视角对于有效的设计和沟通至关重要。在这些视角中，术语端面高度图和端面视图在可视化和传达建筑物或物体的尺寸和美学方面发挥着重要作用。端面高度图指的是一种特定类型的图纸，描绘了从一端观看时结构的垂直高度和特征。这种视角使建筑师和工程师能够描绘建筑从特定角度的外观，突出窗户、门和屋顶线等元素。它提供了一个清晰的表示，展示了整体高度和设计细节，这些在其他视图中可能并不明显。另一方面，端面视图代表了一种更全面的视角，涵盖了从端部观察时结构的整体形状和轮廓。这种视图对于理解建筑与其周围环境的空间关系和比例至关重要。端面视图通常包括结构的宽度和深度，使利益相关者能够欣赏建筑如何与景观或邻近建筑融为一体。端面高度图和端面视图是建筑设计过程中的重要组成部分。在创建计划时，建筑师通常从这些视图开始，为他们的设计奠定基础。通过利用端面高度图，他们可以确保建筑符合高度规定和美学期望。同时，端面视图有助于评估建筑的占地面积及其对场地的影响。此外，这些视角不仅在设计阶段有用，在施工过程中也作为宝贵的工具。建筑商和承包商依赖于端面高度图绘图，以准确测量和建造符合指定高度和特征的建筑。同样，端面视图有助于确保结构与预期布局对齐，并与环境良好融合。此外，端面高度图和端面视图的重要性不仅限于实际应用；它们还增强了项目中各利益相关者之间的沟通。客户、建筑师、工程师和建筑商都可以参考这些图纸，以确保每个人对设计意图有共同的理解。这种协作方法减少了误解，简化了施工过程。总之，掌握端面高度图和端面视图的概念对任何参与建筑和工程的人来说都是必不可少的。这些视角不仅有助于建筑的可视化和设计，还促进了所有相关方之间的有效沟通。随着我们继续创新和发展新的建筑风格，准确通过端面高度图和端面视图表示建筑的重要性将始终是成功设计和施工实践的基石。