Using Autocad

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USING AUTOCAD AutoCAD is a software applied to help in computer or digital data (cad) designs as easy as possible, as well as the drafting or presentation of data in two main ways: in 2D (planimetric or two-dimensional) and 3D ( naltimeter or three-dimensional). This software is built and developed by the well-known company Autodesk, an American company that is focused on designing computer software that can be used in various fields: in the architecture industry, construction engineering, manufacturing industry, media and in the field of different games. AutoCAD is defined by a program which was called interactive, which was marked by a programming language, language which C++ was chosen as the programming language of this software and which was more complex until that time, but which also remained as a basis main for the construction and operation of AutoCAD in various fields: AutoCAD Architecture, AutoCAD electrical, AutoCAD Civil 3D. With the advent of increasingly efficient technologies, all geodetic work has become easier: the creation of maps, the creation of digital terrain models.
the digitization of all cadastral work, the preparation of various works in the construction and civil engineering sector, all these are achieved within AutoCAD Civil 3D. As for the possibilities offered by this software in the field of digital model creation and volume calculations, they are numerous and Country Email List very successful in this aspect, starting from data entry, methods for presenting the digital model, creating model boundaries, the creation of different frames, the creation of break lines, the creation of digital models from contours, the creation of watersheds, as well as the maintenance of the editing window which is filled with all the options such as: eliminating lines, points, placing of points, lines, modification, displacement of points.



minimization of flat surfaces, as well as automatic mode for adjusting the model by interpolating new points for a highly accurate processing of the digital terrain model, where some of them will are elaborated in the following chapters [7]. The purpose of this paper is to present the terrain of the Kelmendi landfill in 3D form with the help of Civil 3D software, namely to create the Digital Terrain Model (DTM) and also with the help of MDT to calculate the volume of the landfill. Calculate the volume using the TIN, GRID and cross-sectional profiles method, compare the results with these methods, then present some characteristic mc cross-sectional profiles, create volume tables and extract real results.