Efficient design method for digital large-scale engineering construction site

Abstract

The invention provides an efficient design method for a digital large-scale engineering construction site. The efficient design method comprises the following steps: establishing an enterprise site standardized component library; acquiring real terrain data of the to-be-built site; processing the obtained topographic data by using Civil3D to obtain a site processing scheme; on the basis of field processing, combining with an enterprise field station standardized component library, and utilizing Revit to obtain a standard field station design model; generating a material statistical table for cost budget; and generating a construction drawing for on-site construction disclosure. The optimal field station arrangement can be accurately simulated according to the engineering scale, the field condition, the material mechanical configuration and the like; accurate engineering quantity and material quantity metering of station construction can be directly obtained, and accurate budget cost ofstation construction is obtained; various CAD construction layout drawings are exported by using a digital standard station model, so that field temporary station construction is accurately guided, and rework is avoided; the component library can be unified according to different main body requirements, and construction standardization and visual display are easily achieved.

Description

technical field [0001] The invention belongs to the technical field of engineering construction site design, and in particular relates to a high-efficiency design method for digital large-scale engineering construction sites. Background technique [0002] The CAD or even hand-drawn drawing design used in the traditional engineering construction site construction cannot fully consider the constraints of the site terrain conditions, resulting in additional construction costs, and the two-dimensional graphic design cannot accurately and efficiently determine the elevation coordination between the drainage system and other structures on the site Control, two-dimensional line-style marking and representation of the structure is very easy to cause rework due to changes in pipe diameter and thickness during on-site construction. In addition, the two-dimensional design of the station construction cost budget requires manual calculation of the engineering quantity, which is not accura...

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a high-efficiency design method for digital large-scale engineering construction sites, which is accurate in design and high in efficiency, and can solve the problems of inefficient, error-prone, cost-controlling, and standardization implementation problems in the current traditional engineering construction site design proposed by the above-mentioned background technology. question