Round hole reinforcement modeling method and device based on Tekla platform and storage medium

Abstract

The invention provides a circular hole reinforcement modeling method and device based on a Tekla platform and a storage medium. The circular hole reinforcement modeling method based on the Tekla platform comprises the following steps that geometric parameters of a wall body are obtained; wall contour points and hole contour points are generated through a Tekla wall generator; obtaining reinforcement attribute parameters; equally dividing a circumference which is concentric with the hole and takes the radius of the circular steel bar as the radius according to the number of the U-shaped steel bars, and marking equal division points; creating a working plane capable of rotating around the circumferential direction of the hole at a predetermined equal division point; corresponding U-shaped steel bar contours are generated through a Tekla steel bar generator, then the working plane is sequentially rotated to the other equal division points, and corresponding U-shaped steel bar contours are generated respectively; all the equal division points are sequentially connected through a Tekla steel bar generator to form a circular steel bar contour; and the round steel bar contour and all the U-shaped steel bar contours are combined, and therefore the round hole reinforcement model is obtained.

Description

technical field [0001] The invention belongs to the technical field of building information models, and in particular relates to a Tekla platform-based modeling method, device and storage medium for reinforcing reinforcement for circular openings. Background technique [0002] Existing rebar engineering calculation software on the market is based on the flat method for the modeling of the opening reinforcement. When encountering the complex reinforcement engineering modeling of thick walls and thick plates, it is not enough to accurately complete the modeling, especially when the opening reinforcement is 8 rows of steel bars. When there are 10 rows of steel bars, the amount of steel bars extracted is inaccurate and cannot meet the actual demand. [0003] Tekla is a platform-based BIM design software that can freely arrange steel bars, and has powerful 3D modeling and 2D drawing functions for concrete and steel bars. However, for reinforced concrete structures, Tekla is more...

AI Technical Summary

Problems solved by technology

Although Tekla can manually meet the reinforcement modeling requirements of square openings such as rectangles, it cannot arrange circular and U-shaped steel bars at circular openings.

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