十一月 13, 2017

论文代写:BIM设计工具

论文代写:BIM设计工具

目前,BIM在建筑和建筑设计、土木工程、结构工程、能源设施工程、公路建设、园林绿化等方面都有应用。第二个主要的误解是BIM只是一个设计工具。这被认为是一个非常普遍的误解。然而,在建筑设计和工程领域,这将不会被视为一种欺诈或误解,因为BIM作为设计工具的使用确实是它的主要用途。BIM确实是为3D建模而开发的,但它作为信息管理软件的使用,作为一种建模工具,在正常的CAD使用之外的增强,使得它比其他任何一种方法都更有特色(Eastman et al .,2011)。人们与BIM互动的方式和利用它的方式使它不仅仅是CAD替代。它还提供了大量的工具,架构师和其他人可以使用这些工具。这也为工具提供了更好的扩展功能。常见的误解通常会被减轻。随着越来越多的人使用这个,他们了解BIM在信息建模和使用方面有很大的可扩展性和适应性。BIM本身包含很多元数据,这是数据的数据。元数据的持有能力意味着可以为用户创建一个更协作的、交互式的工作流来观察他们的架构图等等。在3D CAD模型可以创建可视化的地方,BIM模型可以创建的不仅仅是可视化,它创建的数据存储库可以被用户分析和调整。

论文代写:BIM设计工具

这意味着用户对产品有更大的灵活性。在当前情况下,将创建具有更好的元数据和协作实践的更完善的BIM版本。这种误解主要是因为BIM通常与软件在所有设计环境中等同。BIM与软件的关系主要是因为它包含了一个强大的信息管理和三维建模软件。然而,在它的实现中,工作流动力学得到了实现。使用BIM的用户或BIM的发起人将BIM的细节作为软件呈现,是BIM的一个更高级的视图。除此之外,没有得到推广的是BIM只是一个连贯的模型系统。工作流使用,协作空间设置,更依赖于用户,所以更常见的细节并不是来自于公众的认知。为了创建BIM模型并利用其最大潜力,需要考虑主模型中可用的所有层。BIM模型的大多数用户并没有意识到BIM的全部潜力,因为他们没有被训练成基于他们的工作需求对软件进行标准化。

 论文代写:BIM设计工具
Currently, BIM finds use in Architecture and building design, civil engineering purposes, structural engineering, energy utilities engineering, highway constructions, landscaping and more. A second major misconception is that BIM is just a design tool. This is considered as a very common misconception. However, in the realms of architectural design and engineering, this will not be seen as a con or a misconception as the use of BIM as a design tool is indeed its primary use. BIM was indeed developed for 3D modelling, however its use as information management software and as a modelling tool with enhancements existing beyond the normal CAD use makes it much more distinctive than any other do (Eastman et al., 2011). The way people can interact with BIM and make use of it makes it more than just as CAD replacement. It also comes with a myriad set of tools that architects and others can work this. This leads to better extension capability for the tool as well. The common misconception is usually alleviated with use. As more people use this, they understand BIM has much extensibility and adaptability when it comes to information modelling and use. BIM holds in itself much metadata, which is data on data. The metadata holding capability means a more collaborative and interactive workflow can be created for users to observe of their architectural drawings and more. Where the 3D CAD model can create visualizations, the BIM model can create more than visualizations, it creates a repository of data that could be analysed and adjusted by the user.
 论文代写:BIM设计工具
This means that users have more flexibility with the product. In current times, more improved versions of BIM with better metadata and collaboration practices are created. This misconception arises mainly because of BIM is often equated with software in all design contexts. BIM equation with software is mainly because of its incorporating a powerful information management and 3D modelling software. However, in its implementation, the workflow dynamics are implemented. Users that make use of BIM or the promoters of BIM end up presenting the specifics of BIM as software, it is a more top-level view of BIM. Besides this, what is not promoted is that BIM is more just a coherent system of models. The workflow use, the collaboration space setup and more dependent on the user, so details on this more often do not come out the public perceptions. In order to create a BIM model and to make use of it to its maximum potential, it is necessary to consider all the layers available in the master model. Most users of the BIM model are not aware of the full potential of the BIM because they are not trained into standardizing the software based on their work needs.
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