sectional elevation

简明释义

横剖视图

英英释义

例句

1.The engineer used the sectional elevation 剖面立面图 to identify potential issues with plumbing layout.

工程师利用sectional elevation 剖面立面图识别管道布局的潜在问题。

2.The architect presented the sectional elevation 剖面立面图 of the building to show how the different levels interact.

建筑师展示了建筑的sectional elevation 剖面立面图，以显示不同楼层之间的互动。

3.When constructing a new project, it's essential to refer to the sectional elevation 剖面立面图 for accurate measurements.

在建造新项目时，参考sectional elevation 剖面立面图以获得准确的测量非常重要。

4.In the design review, we focused on the sectional elevation 剖面立面图 to assess the spatial relationships within the house.

在设计评审中，我们专注于sectional elevation 剖面立面图，以评估房屋内部的空间关系。

5.The sectional elevation 剖面立面图 provides a clear view of the roof structure and how it connects to the walls.

该sectional elevation 剖面立面图清晰地展示了屋顶结构及其与墙体的连接方式。

作文

In the field of architecture and engineering, understanding various technical terms is crucial for effective communication and design. One such term is sectional elevation, which plays a significant role in illustrating the vertical dimensions and relationships of different elements within a structure. A sectional elevation (剖面高程) provides a detailed view of the internal components of a building, allowing architects and builders to visualize how spaces interact with one another. When creating a sectional elevation, professionals begin by selecting a specific section of the building to analyze. This process often involves cutting through walls or floors to expose the interior layout. The resulting drawing showcases not only the heights of various rooms but also the arrangement of windows, doors, and other architectural features. By examining a sectional elevation, one can gain insights into the flow of natural light, the effectiveness of ventilation, and the overall functionality of the space.Moreover, sectional elevations are essential for ensuring that a design complies with building codes and regulations. These codes often dictate minimum ceiling heights, the placement of exits, and accessibility requirements. By providing a clear representation of these factors, a sectional elevation helps architects and engineers verify that their designs meet legal standards, ultimately ensuring the safety and comfort of future occupants.Another important aspect of sectional elevations is their ability to communicate complex ideas to clients and stakeholders. Many people may find it challenging to interpret traditional floor plans, which often lack the depth needed to fully understand a space. In contrast, a sectional elevation offers a more intuitive perspective, presenting a three-dimensional view that highlights the spatial relationships between different areas. This clarity can foster better discussions during the design process, allowing clients to provide more informed feedback and make decisions that align with their vision.In addition to their practical applications, sectional elevations can also serve an aesthetic purpose. Architects often use them to showcase innovative design elements or materials, emphasizing the unique character of a project. For instance, a sectional elevation might highlight a striking staircase or an open-concept living area, drawing attention to features that enhance the overall appeal of the building. This artistic aspect of sectional elevations can be particularly valuable in marketing materials, helping to attract potential buyers or tenants.In conclusion, the term sectional elevation (剖面高程) encapsulates a vital concept in architecture and engineering. It not only aids in the visualization and analysis of a building's internal structure but also ensures compliance with regulations, facilitates effective communication, and enhances the aesthetic presentation of a design. As the industry continues to evolve, the importance of mastering terms like sectional elevation will remain paramount for both aspiring and established professionals. Understanding this term and its applications can significantly contribute to the success of any architectural project, ultimately leading to spaces that are both functional and visually appealing.

在建筑和工程领域，理解各种技术术语对于有效沟通和设计至关重要。其中一个术语是剖面高程，它在展示结构中不同元素的垂直尺寸和关系方面发挥着重要作用。剖面高程提供了建筑内部组件的详细视图，使建筑师和施工人员能够想象空间如何相互作用。在创建剖面高程时，专业人员首先选择要分析的建筑特定部分。这个过程通常涉及切割墙壁或地板，以暴露内部布局。生成的图纸不仅展示了各个房间的高度，还展示了窗户、门和其他建筑特征的排列。通过检查剖面高程，人们可以深入了解自然光的流动、通风的有效性以及空间的整体功能。此外，剖面高程对于确保设计符合建筑规范和法规至关重要。这些规范通常规定最低的天花板高度、出口的位置和无障碍要求。通过提供这些因素的清晰表示，剖面高程帮助建筑师和工程师验证他们的设计是否符合法律标准，最终确保未来居住者的安全和舒适。剖面高程的另一个重要方面是它们能够与客户和利益相关者传达复杂的想法。许多人可能发现解读传统平面图具有挑战性，因为传统平面图往往缺乏充分理解空间所需的深度。相比之下，剖面高程提供了更直观的视角，呈现出三维视图，突出了不同区域之间的空间关系。这种清晰度可以促进设计过程中的更好讨论，使客户能够提供更有根据的反馈，并做出与他们愿景一致的决策。除了实用应用外，剖面高程还可以服务于美学目的。建筑师经常使用它们来展示创新的设计元素或材料，强调项目的独特特征。例如，剖面高程可能突出引人注目的楼梯或开放式客厅，吸引人们关注增强建筑整体吸引力的特征。剖面高程的这种艺术性在市场营销材料中尤其有价值，有助于吸引潜在买家或租户。总之，术语剖面高程（sectional elevation）概括了建筑和工程中的一个重要概念。它不仅有助于可视化和分析建筑的内部结构，还确保遵守法规，促进有效沟通，并增强设计的美学表现。随着行业的不断发展，掌握像剖面高程这样的术语的重要性将继续保持，对于渴望和资深专业人士来说都是如此。理解这个术语及其应用可以显著促进任何建筑项目的成功，最终导致功能性和视觉吸引力兼备的空间。