Abstract
With the rapid development of construction industry, there are more and more deep and large foundation pit projects with complex architectural environment and geological conditions. Deformation monitoring in deep foundation pit as a basic element of engineering quality assurance is becoming more and more important. At present, the management and expression form of monitoring data in deep foundation pit still stays in the stage of two-dimensional form and curve expression, and it can not reflect the deformation of deep foundation pit in real, fast and effective way.Take the 3#, 4# high-rise residential and underground garage project of a college in Xi'an as an example. Based on Revit software, taking BIM technology and Revit API as the theoretical basis, and taking Microsoft Visual Studio 2012 and Autodesk Revit 2014 as the development platform, we use C# programming language to carry out the two development of information management module for deep foundation pit engineering monitoring. Combining BIM technology with monitoring data management of deep foundation pit, the information management mode of monitoring data of deep foundation pit is improved, which makes express expression of deep foundation pit construction monitoring more rapid and effective, and has guiding significance for safety construction of deep foundation pit engineering.
Highlights
Project overviewWith the rapid economic development, the construction scale of cities is getting bigger and bigger, and the number of super large-scale cities is increasing
Based on Revit software, taking BIM technology and Revit API as the theoretical basis, and taking Microsoft Visual Studio 2012 and Autodesk Revit 2014 as the development platform, we use C# programming language to carry out the two development of information management module for deep foundation pit engineering monitoring
Analysis and research of many deep foundation pit projects, we can know that the combination of deep foundation pit engineering theory, construction experience and deformation monitoring during construction is the way to correctly guide the design and construction of deep foundation pit engineering
Summary
With the rapid economic development, the construction scale of cities is getting bigger and bigger, and the number of super large-scale cities is increasing. Through the summary and analysis of a large number of deep foundation pit engineering accidents, it can be seen that some units always believe that the foundation pit project as a temporary project does not need to invest too much capital and manpower, and ignores the importance of deformation monitoring during the construction of deep foundation pit projects. Common accidents such as the instability of foundation pit supporting structure, uneven settlement of surrounding buildings and roads, destruction of underground pipelines and facilities, and even casualties. The deformation monitoring of the soil properties, the supporting structure of the foundation pit, and the surrounding building road environment during the construction process has obviously become an indispensable part of the construction process of the deep foundation pit engineering, and the deformation monitoring of the deep foundation pit engineering is regarded as An information technology is a necessary measure to ensure the quality of construction while avoiding accidents. It is planned to build 3# and 4# high-rise residential buildings with 33 floors and 1 basement
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