论Autodesk Revit在北海冠岭二期项目的运用

近年来,BIM (Building Information Modeling)——建筑信息模型在建筑行业的应用越来越深入,促使建筑业设计从传统的二维制图转变为三维制图,Autodesk Revit软件就是基于BIM运用而生的三维设计软件.文章从Autodesk Revit软件的应用背景出发,介绍软件的特点和优势,结合北海冠岭二期项目的实际情况,介绍如何将该软件运用于实际项目的设计中,并总结了该软件的使用心得和未来的发展趋势.     

基于Autodesk Map 3D的数字制图生产研究

本文介绍基于CAD的GIS软件--Autodesk Map 3D的技术特点,基于该平台开发出一套数字化成图系统,简单介绍了该成图系统的工作原理,该软件已应用于实际的工作中,取得了较好的效果.     

An innovative framework for integrating Cost-Benefit Analysis (CBA) within Building Information Modeling (BIM)

Carrying out correctly and objectively a CBA (Cost Benefit Analysis) means planning and designing sustainable infrastructures.For the case of infrastructures, it is very important to demonstrate in the most efficient way the impacts that would result from its construction, and to show them to all the involved stakeholders.In this context, the marriage between the CBA and BIM (Building Information Modeling) becomes a powerful visualization tool for stakeholders providing them a transparent summary of the costs and benefits of the project, within the evaluation analysis of the decision-making process. CBA-BIM is the union between infrastructural and transport planning which place Stakeholder Engagement as a central planning activity aiming at reducing the subjectivity of the analyses.The motivations lying behind the integrated use of the CBA with BIM are the transparency, standardization, and automatization of the decision-making process. Indeed, from their union, there should be a decrease of the costs related to the protests of the stakeholders not involved bringing unnecessary delays in the construction works.This paper shows an application of this framework, with a BIM based design approach, to the case of the Napoli-Bari High-Speed Rail corridor, currently under construction. The BIM based procedure proposed can be easily adapted to different uses according to the objectives.This work provides a contribution to the current literature since it is one of the first which considers the integration between BIM and CBA in the infrastructural context.