Water conservancy and hydropower engineering BIM family library construction method

Abstract

The invention provides a water conservancy and hydropower engineering BIM family library construction method, which takes Revit family library construction as guidance and combines the characteristicsof water conservancy and hydropower engineering, and comprises the following steps: step 1, carrying out entity splitting; 2, carrying out model file naming on each split independent part; 3, defining a family category, and before selecting a family sample plate, determining whether the family category belongs to electrical equipment, pipe fittings or mechanical equipment; step 4, manufacturing family parts; step 5, carrying out plane expression setting, which comprises view setting, plane expression, material setting and electromechanical connecting part setting; 6, a family library is established, after family components are manufactured, the quality of the manufactured family components can be distinguished through availability testing and debugging, and finally the debugged family components are classified into the family library; and step 7, applying the family library to the construction technical case, testing compatibility and reusability, debugging according to the satisfaction condition, and finally classifying the debugged family components into the family library.

Description

technical field [0001] The invention relates to the technical field of water conservancy and hydropower engineering, in particular to a method for constructing a BIM family library of a water conservancy and hydropower project. Background technique [0002] Building Information Modeling (Building Information Modeling hereinafter referred to as BIM) technology is based on 3D digital technology, integrates various relevant data information of construction projects to establish information models, and simulates all information of buildings through digital information simulation throughout the life cycle of the project. . The scale of water conservancy and hydropower projects is relatively large, the project system is complex, the design cycle is short, and the construction period is relatively tight. How to establish the information model of water conservancy and hydropower engineering in a relatively short period of time has become a problem to be solved by the design unit. ...

AI Technical Summary

Problems solved by technology

The BIM family library generates value through resource sharing. The platform needs to guide units and individuals to upload their own family files at all levels. At the same time, it needs to manage the family files uploaded by units and individuals to avoid the disordered state of the family library. , and the current platform does not have the function of automatic review, such as checking whether the name, format and version of the family file meet the requirements, and can give clear prompts and modification suggestions

In addition, there is no search function for the corresponding family to quickly find the required components, accurately locate the location of the family, and it is also impossible to sort the family library, such as downloads, favorable ratings, and update time

In addition, the scalability of other family library platforms is very low at present, so the utilization rate and practicability are very poor. When building the family library platform, there are no multiple data format interfaces reserved, so that different BIM software cannot be used

[0003] Since there is no standardized family library for water conservancy and hydropower projects, the design unit will internally formulate a standard to build the family library according to its own needs. The built family library cannot be unanimously recognized by other design units, and the various data information of the family components cannot be effective. exchange, which brings inconvenience to the reuse of family components

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