Program Realization Of Anti-Slide Pile Design Calculation

As the continuous development of constructions, more and more projects of landslide controling emerge. As a valid engineering structure of preventing landslipes, Anti-slide pile, because of good anti-sliding ability, flexible layout, easy construction and saving, has been widely used in landslipe engineering as highway, railway, mountain, etc. It has become one of the most widely used means for landslide preventing, But the design calculation of anti-slide pile is still very complicated. Look-up table and hand-counting are still the most popular methods for anti-slide pile design. These methods need heavy workload, can't flexibly select the calculation methods of anti-slide pile. They are hard to optimize the design and also uneconomic.In the market, there are some software that can be used to design anti-slide pile, but they are hard to meet the demand for practical engineering. Some of these software are very difficult to operate and are not convenient to apply, some adopt just a single calculation method of anti-slide pile, some use unclear parameters and calculation methods. Obviously, it is of great significance to develop a anti-slide pile design calculation program that easy to operate, has friendly interface and meet the demand for practical engineering. The purpose and significance of this issue is to, using the visual program developing language VB.NET 2005, develop a complete and practical anti-slide pile design calculation software that can be used to aid engineering design. This program can alleviate miscellaneous labor for engineering designers and make the design interface humanization and visualization. Many optional calculation methods can satisfy engineering demands and are helpful to compare the calculation results between different methods.The main task of this issue is calculating landslide thrust, calculating the internal force and displacement of anti-slide pile and anchor anti-slide pile, and calculating the reinforcement of anti-slide pile. From the view of engineering, the program can successfully accomplish the calculation of the landslide thrust and the design calculation of the anti-slide pile. From the view of the software design, the program can provide a friendly interface for the consumers and make the operation simple and convenient and can calculate accurately. It has a perfect function for putouting and preserving destination file. This program is a practical, reliable and interactive design tool.