Data may be entered in the input window or by using active dimensions located directly on the desktop. When the user edits the dimensions of a structure, he/she just clicks the dimension to change the value. These simple principles are also integrated into the more complicated applications such as the FEM programs. Intersections of soil layers and structure lines are automatically found and an appropriate mesh is generated.
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Any change of input data is immediately displayed on screen. This gives the user absolute control over entered data. One of the most important objectives of any program is to create good output. GEO programs allow users to easily generate clear graphical and text output. The structural analysis report is the basic output document. This is generated according to a tree menu, which allows the insertion of graphical output (figures).
In both input and analysis mode, the user can add one or more figures into a list of pictures. Any picture can be edited, enlarged or coloured.
Figures are automatically inserted into the structural analysis report and are updated if any change of input data occurs. The result is an easy-to-understand and always up-to-date output document in Word or PDF formats. Users don’t need an extensive tutorial before using GEO5 - they can work confidently with it within few minutes. All GEO programs contain context-sensitive Help that is available anywhere in the program by pressing the F1 key. Help is always provided according to the current dialog box or mode. This makes the search easier. The user can move between Help topics using context links and a tree menu or search for the wanted topic directly.
Any topic can be reached in a maximum of four mouse clicks. An important feature of the GEO5 programs is that they conform to standards and practices in many countries. They are based on general and well known theories; only the form of the final check depends on the individual standard and country. All GEO applications allow users to check structures according to the theory of limit states and also the theory of safety factors. Any reduction factors, analysis coefficients etc. May be set by the user.
That way, he/she is able to design a structure according to Eurocodes or British, American, Australian, Indian and other national standards within one module. Design of concrete structures is performed according to standards EC2, PN, BS, IS, ACI etc. GEO 5 software for geotechnical engineering The GEO5 suite of programs is designed to solve various geotechnical problems. The easy -to -use suite consists of individual programs with a unified user-friendly interface. Each program is used to analyse a different geotechnical task but all modules communicate with each other to form an integrated suite. Integrated suite of programs GEO5 is a suite of programs for geotechnical analysis. The software package includes individual programs that are closely linked to each other and run in the same environment.
Each program solves a specific geotechnical problem. Besides common geotechnical engineering tasks, the suite also includes highly sophisticated applications for the analysis of tunnels, building damage due to tunnelling, stability of rock slopes etc. GEO5 consists of wide range of powerful programs based on analytical methods and the Finite Element Method.
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Analytical methods of computation (e.g. Slope stability, sheeting design) allow users to design and check structures quickly and efficiently. The designed structure may be transferred into the FEM application where the general analysis of the structure is performed using the Finite Element Method. This not only saves designer’s time but also compares two independent solutions, thereby increasing design safety. The first programs of the GEO family were developed in 1990. Today, Fine Limited offers products through its sales representatives in 30 countries of the world and in 11 language versions.