同一建筑-Revit线上培训分享会

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同一建筑开展了一期线上的软件培训课程，主讲人是曾经在英国留学并且工作过的设计师鞠萍，感谢她带来了一堂精彩的解说。在此也将这期有关Revit的简介、使用心得和实际案例分析的相关内容分享给大家。 

Tongyi Architects recently launched an online Revit Introduction on Friday Talk.The speaker is Ping Ju,a designer who has studied and worked in the UK.Thanked her for bringing a wonderful explanation.We will share with you the introduction,experience,and practical case analysis of Revit.

 

课程主要介绍了建筑信息模型（BIM）的不同阶段以及相对应的两个项目。这两个位于伦敦的项目分别对应了前期方案阶段以及后期施工阶段。分别阐述了Revit在不同阶段应用中的利与弊。

The talk mainly introduces the different stages of Building Information Modeling (BIM) and the corresponding two projects.The two projects are both located in London,corresponding to the early conceptual stages and the construction stages,which relatively described the application of Revit in different stages.

 

Autodesk Revit Architecture软件专为建筑信息模型 (BIM)而构建。BIM是以从设计、施工到运营的协调、可靠的项目信息为基础而构建的集成流程。通过采用BIM，建筑公司可以在整个流程中使用一致的信息来设计和绘制创新项目，并且还可以通过精确实现建筑外观的可视化来支持更好的沟通，模拟真实性能以便让项目各方了解成本、工期与环境影响。

Autodesk Revit Architecture software is built for Building Information Modeling (BIM).BIM is an integrated process built on coordinated,reliable project information including design,construction,and operations.By adopting BIM, construction companies can use consistent information throughout the process to design and map innovative projects,and can also support better communication by accurately visualizing the appearance of buildings; simulating real-world performance to keep project parties aware of costs, Duration,and environmental impact.

Revit平台亦是一个设计和记录系统，它支持建筑项目所需的设计、图纸和明细表。建筑信息模型（BIM）可提供您需要使用的有关项目设计、范围、数量和阶段等信息。

The Revit platform for building information modeling is adesign and documentation system that supports the design,drawings,and schedules required for a building project.Building information modeling (BIM) delivers information about project design,scope,quantities,and phases when you need it.

△Revit在前期方案阶段的应用

 

△Revit在后期施工阶段的应用

 

在Revit模型中，所有的图纸、二维视图和三维视图以及明细表都是同一个基本建筑模型数据库的信息表现形式。在图纸视图和明细表视图中操作时，Revit将收集有关建筑项目的信息，并在项目的其他所有表现形式中协调该信息。Revit参数化修改引擎可自动协调在任何位置（模型视图、图纸、明细表、剖面和平面中）进行的修改。

In the Revit model,every drawing sheet,2D and 3D view,and schedule is a presentation of information from the same underlying building model database. As you work in drawing and schedule views,Revit Architecture collects information about the building project and coordinates this information across all other representations of the project.The Revit parametric change engine automatically coordinates changes made anywhere—in model views,drawing sheets,schedules,sections,and plans.

△在Revit模型中的图纸表现形式

 

用于标识Revit中的对象的大多数术语都是常见的行业标准术语。但是，一些术语对Revit来讲是唯一的。

Most of the terms used to identify objects in Revit Architecture are common, industry-standard terms familiar to most architects.However,some terms are unique to Revit Architecture.

△Revit模型元素的基本构成

 

全面创新的概念设计功能带来易用工具，帮助我们进行自由形状建模和参数化设计，并且还能够对早期设计进行分析。借助这些功能，我们可以自由绘制草图，快速创建三维形状，交互地处理各个形状。可以利用内置的工具进行复杂形状的概念澄清，为建造和施工准备模型。随着设计的持续推进， Revit能够围绕最复杂的形状自动构建参数化框架，并提供更高的创建控制能力、精确性和灵活性。从概念模型到施工文档的整个设计流程都在一个直观环境中完成。

Comprehensive and innovative conceptual design capabilities provide easy-to-use tools for free-form modeling and parametric design, as wellas early-stage design analysis. With these features, we can sketch freely,quickly create 3D shapes, and work with each shape interactively. Conceptual clarification of complex shapes can be leveraged with built-in tools to prepare models for construction. As designs continue to advance, Revit automatically builds parametric frameworks around the most complex shapes andprovides greater creative control, precision, and flexibility. The entiredesign process, from conceptual model to construction documentation, is done inone intuitive environment.

△Revit能够自动构建参数化框架