河北地质大学硕士论文
III
ABSTRACT
Landslide is a natural geological phenomenon, and it is also a kind of geological disasters
that frequently occur in China. It refers to the slope that has been moved or is moving in history.
Common landslide management methods include weight reduction, cutting feet, controlling
blasting, supporting works, drainage and grouting reinforcement. Among them, the anti-slide
pile support engineering treatment method is not easy to be restricted by the landslide
environment due to its small amount of engineering, and it has low damage to the integrity of
the landslide body, and has a small amount of construction, low construction cost, safe
construction, and flexible layout. Landslide management projects are widely used.
Although more and more landslide improvement projects choose anti-slide piles for their
treatment, the design process is complicated and the calculation coefficients are many. In
addition, dozens of anti-slide piles are usually arranged in a single anti-slide pile treatment
project, and a large number of anti-slide piles will appear. Repetitive work, so the computer-
aided design system was introduced into the anti-slide pile design project. Currently,
commercial CAD-assisted software is costly, poorly open, and has complicated operating
procedures. The anti-sliding pile design software developed in this paper will provide a safe,
open source, easy to understand and automated operating environment for the industry. Provide
personnel convenience to achieve economical, efficient and safe engineering design. The anti-
sliding pile design software studied in this paper will bring great convenience to the design of
this type of structure. The three major functions of the calculation of the internal force of the
anti-sliding piles, the optimization of the intelligent reinforcement and the automatic
visualization included in the software provide an efficient way to improve the design process
of the anti-sliding piles and improve the efficiency. At the same time, the modularized software
used in this software The software architecture, windowed human-computer interaction
interface, and open source design concept make the design of anti-slide piles more convenient
and easy, and the use cost is lower.
In this thesis, by studying the basic principles and calculation methods of anti-sliding pile
design and collecting other relevant data, the software for designing and automatic visualization
of anti-sliding pile design is developed. This software uses Matlab software and AutoCAD
software as the basic module of the system, and uses Matlab's GUI toolbox to compile anti-
slide pile design formula programs to automate the calculation of anti-slide pile design. It is
realized by reading text files in AutoCAD software's Visual LISP The secondary development