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针对于BIM的技术而言,主要是为一种可视化以及数字化的技术,在最近的几年来,在建筑行业之中已经是得到了一个广泛的应用,同时也是在一定程度上促进了建筑行业的改革以及发展,在建筑行业之中,BIM的技术进行应用在一方面可以更好的去提高建筑工程设计的可视化以及可行性,然而在另外的一个方面也是能够提高工程师以及设计人员之间的交流和沟通,这样也是可以更好的有利于工程设计能够得到有序的进行。在最近的几年来,随着我国科学技术的发展,建筑行业也是得到了一个突破性的进步,并且在现代化建筑工程之中,项目的设计工作也是越来越难做,经常会面临着周期短以及工作紧张等方面的问题,导致其传统的设计已经是难以取得一个良好的效果。然而通过将其BIM的技术应用到建筑工程的设计之中,可以有效的对这类问题进行解决,并且也是能够全面的提高工作的效率,对于工程的质量进行提高也是可以提供出相应的保障。因此本文也是对于BIM的技术在超高层的建筑工程深化设计应用进行了一定的分析,在这个基础上提出下文中的内容。
The technology for BIM is primarily a visualization and digitization technology that has gained a wide range of applications in the construction industry in recent years and to a certain extent has also contributed to the Reform and development, in the construction industry, the application of BIM technology can be better to improve the visualization and feasibility of architectural engineering design, but also in another aspect is to improve the communication between engineers and designers And communication, this is also better for engineering design can be carried out in an orderly manner. In recent years, with the development of science and technology in our country, the construction industry has also made a breakthrough progress. And in the modern construction project, the design of the project is also more and more difficult to do, and often it faces the problem of short cycle As well as work stress and other issues, leading to its traditional design is difficult to achieve a good effect. However, by applying the BIM technology to the design of construction projects, this kind of problems can be effectively solved and the efficiency of the work can be improved. The improvement of the project quality can also provide the corresponding guarantee. Therefore, this article is also for the BIM technology in the ultra-high-rise building engineering design and application of a certain depth analysis on the basis of the following content.