sectional elevation

简明释义

立剖面

英英释义

例句

1.During the presentation, the engineer explained the significance of the sectional elevation 剖面立面图 in the design process.

在演示过程中，工程师解释了sectional elevation 剖面立面图在设计过程中的重要性。

2.In the construction documents, the sectional elevation 剖面立面图 helps contractors understand how different levels connect.

在施工文件中，sectional elevation 剖面立面图帮助承包商理解不同楼层之间的连接。

3.The architect provided a detailed drawing of the building's sectional elevation 剖面立面图 to illustrate the internal layout.

建筑师提供了建筑物的详细sectional elevation 剖面立面图以说明内部布局。

4.The sectional elevation 剖面立面图 revealed the hidden structural elements of the building.

该sectional elevation 剖面立面图揭示了建筑物隐藏的结构元素。

5.The sectional elevation 剖面立面图 provided insights into the materials used at various heights.

该sectional elevation 剖面立面图提供了对不同高度所用材料的见解。

作文

In the field of architecture and engineering, understanding the concept of sectional elevation is crucial for both professionals and students. A sectional elevation refers to a specific type of drawing that illustrates a vertical slice through a building or structure, showcasing the internal layout and design features from a particular viewpoint. This drawing technique allows architects and builders to visualize how different levels of a structure interact with each other, as well as how spaces are organized vertically. One of the primary purposes of a sectional elevation is to provide a clear representation of the spatial relationships within a building. For example, when designing a multi-story building, a sectional elevation can reveal how staircases, elevators, and open spaces are integrated into the overall design. It also helps in understanding how natural light enters the building and how it affects the interior ambiance. By analyzing a sectional elevation, architects can make informed decisions about materials, structural integrity, and aesthetic appeal.Moreover, a sectional elevation is not just beneficial for architects; it serves various stakeholders involved in the construction process. Engineers can use these drawings to assess load-bearing walls, while contractors can reference them for accurate construction details. Even clients benefit from sectional elevations as they provide a more tangible understanding of what the final product will look like. Creating a sectional elevation involves precise measurements and attention to detail. The architect must determine the appropriate scale and angle for the section to effectively convey the necessary information. Typically, the drawing will include annotations that indicate materials, dimensions, and other critical data points. This level of detail is essential for ensuring that everyone involved in the project is on the same page and can execute their tasks accordingly.Furthermore, sectional elevations can be used to highlight design elements such as ceiling heights, window placements, and decorative features. For instance, if an architect wishes to showcase a grand foyer with a high ceiling and large windows, the sectional elevation would emphasize these aspects visually, allowing viewers to appreciate the scale and beauty of the design.In addition to practical applications, sectional elevations also play a significant role in the conceptual phase of architectural design. They allow for experimentation with different layouts and configurations before a project moves into the construction stage. This flexibility can lead to innovative solutions that enhance the functionality and aesthetics of a space. In conclusion, the importance of sectional elevation in architecture cannot be overstated. It serves as a vital tool for visualizing and communicating complex spatial relationships within a building. Whether for planning, construction, or client presentations, sectional elevations provide invaluable insights that contribute to the successful realization of architectural projects. As the field continues to evolve with new technologies and design philosophies, the fundamental principles behind sectional elevation will remain essential for effective architectural practice.

在建筑和工程领域，理解“剖面立面”这个概念对专业人员和学生来说至关重要。“剖面立面”指的是一种特定类型的图纸，它展示了建筑或结构的垂直切片，从特定视角展示内部布局和设计特征。这种绘图技术使建筑师和施工人员能够可视化结构各个层面之间的相互作用，以及空间在垂直方向上的组织方式。“剖面立面”的主要目的之一是提供建筑内部空间关系的清晰表示。例如，在设计多层建筑时，“剖面立面”可以揭示楼梯、电梯和开放空间如何融入整体设计。它还帮助理解自然光如何进入建筑以及如何影响室内氛围。通过分析“剖面立面”，建筑师可以就材料、结构完整性和美学吸引力做出明智的决策。此外，“剖面立面”不仅对建筑师有益，它也为建筑过程中的各种利益相关者服务。工程师可以利用这些图纸来评估承重墙，而承包商则可以参考它们以获取准确的施工细节。即使是客户也能从“剖面立面”中受益，因为它们提供了对最终产品外观的更切实的理解。创建“剖面立面”需要精确的测量和对细节的关注。建筑师必须确定适当的比例和角度，以有效传达必要的信息。通常，图纸将包括注释，指示材料、尺寸和其他关键数据点。这种细节水平对于确保项目中每个人都在同一页面上并能够相应执行任务至关重要。此外，“剖面立面”还可以用于突出设计元素，如天花板高度、窗户位置和装饰特征。例如，如果建筑师希望展示一个拥有高天花板和大窗户的宏伟门厅，“剖面立面”将视觉上强调这些方面，使观众能够欣赏设计的规模和美感。除了实际应用外，“剖面立面”在建筑设计的概念阶段也发挥着重要作用。它们允许在项目进入施工阶段之前实验不同的布局和配置。这种灵活性可以导致创新的解决方案，从而增强空间的功能性和美学。总之，“剖面立面”在建筑中的重要性不容小觑。它作为可视化和传达建筑内部复杂空间关系的重要工具。无论是用于规划、施工还是客户演示，“剖面立面”提供了宝贵的见解，有助于建筑项目的成功实现。随着该领域不断发展，采用新技术和设计理念，“剖面立面”背后的基本原则将始终是有效建筑实践的核心。