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Acca Edilus Ca Ac Mu V20 00 Crack Bygianluigi
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Chandra Agan
Dec 9, 2023, 8:17:01 PM12/9/23
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How to Use Acca Edilus Software for Structural Calculation
Acca Edilus is a software suite for structural calculation that allows you to design and verify different types of structures, such as concrete, steel, masonry and wood. You can use Acca Edilus to create 3D models of your projects, perform static and dynamic analysis, generate detailed reports and drawings, and export your data to other software applications.
Acca Edilus Ca Ac Mu V20 00 Crack Bygianluigi
Download https://t.co/PJRKGXKNcc
In this article, we will show you how to use Acca Edilus software for structural calculation, focusing on the following steps:
Download and install Acca Edilus software from the official website[^2^]. You can choose between different versions, such as EdiLus-CA for concrete structures, EdiLus-MU for masonry structures, EdiLus-AC for steel structures, and EdiLus-LG for wood structures. You can also try the software for free for 30 days.
Launch Acca Edilus software and create a new project. You can choose the type of structure, the units of measurement, the design codes, and the project name. You can also import an existing project from other formats, such as DWG, DXF, IFC, or XML.
Use the graphical interface to draw your structure in 3D. You can use different tools to create elements such as beams, columns, walls, slabs, foundations, stairs, roofs, openings, etc. You can also modify the properties of each element, such as dimensions, materials, loads, supports, etc.
Perform the structural analysis of your project. You can choose between different types of analysis, such as linear static analysis, nonlinear static analysis, modal analysis, seismic analysis, etc. You can also define the load combinations and the safety factors according to the design codes.
Check the results of the structural analysis. You can view different types of output, such as displacements, stresses, strains, forces, moments, reactions, etc. You can also view the diagrams of internal forces and moments for each element. You can also check the verification status of each element according to the design codes.
Generate the reports and drawings of your project. You can customize the layout and content of your reports and drawings according to your needs. You can also export your reports and drawings to PDF or other formats. You can also export your project data to other software applications, such as BIM or CAD.
We hope this article has helped you understand how to use Acca Edilus software for structural calculation. If you have any questions or feedback, please feel free to contact us.
An Example of a Project Done with Acca Edilus
To illustrate how to use Acca Edilus software for structural calculation, we will show you an example of a project done with EdiLus-CA, the version for concrete structures. The project is a four-story residential building with a basement and a flat roof. The structure is composed of reinforced concrete frames and slabs, and the foundation is a raft slab.
The following steps describe how the project was created and verified with EdiLus-CA:
The project was created by importing a DWG file that contained the architectural plan of the building. The DWG file was automatically converted into a 3D model by EdiLus-CA, and the structural elements were recognized and assigned to the corresponding categories.
The properties of the structural elements were modified according to the design specifications. For example, the concrete grade was set to C25/30, the reinforcement grade was set to B450C, the loads were defined according to Eurocode 1, and the seismic action was defined according to Eurocode 8.
The linear static analysis was performed by EdiLus-CA, and the results were displayed in the graphical interface. The displacements, stresses, strains, forces, moments, and reactions were shown for each element. The diagrams of internal forces and moments were also shown for each beam and column.
The verification status of each element was checked by EdiLus-CA according to Eurocode 2. The elements that passed the verification were marked with green color, while the elements that failed the verification were marked with red color. The verification report showed the details of the checks performed and the values of the verification ratios.
The reports and drawings of the project were generated by EdiLus-CA. The reports included the summary of the project data, the results of the analysis, and the verification status of each element. The drawings included the floor plans, the elevations, the sections, and the details of the reinforcement layout. The reports and drawings were exported to PDF format.
The project data was exported to IFC format by EdiLus-CA. The IFC file contained all the information about the geometry, properties, analysis, and verification of the structure. The IFC file could be imported by other software applications that support BIM interoperability.
This example shows how Acca Edilus software can help you create and verify your structural projects in a fast and easy way. You can also use other versions of Acca Edilus software for different types of structures, such as steel, masonry, or wood.
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Acca Edilus is a software suite for structural calculation that allows you to design and verify different types of structures, such as concrete, steel, masonry and wood. You can use Acca Edilus to create 3D models of your projects, perform static and dynamic analysis, generate detailed reports and drawings, and export your data to other software applications.
Acca Edilus Ca Ac Mu V20 00 Crack Bygianluigi
Download https://t.co/PJRKGXKNcc
In this article, we will show you how to use Acca Edilus software for structural calculation, focusing on the following steps:
Download and install Acca Edilus software from the official website[^2^]. You can choose between different versions, such as EdiLus-CA for concrete structures, EdiLus-MU for masonry structures, EdiLus-AC for steel structures, and EdiLus-LG for wood structures. You can also try the software for free for 30 days.
Launch Acca Edilus software and create a new project. You can choose the type of structure, the units of measurement, the design codes, and the project name. You can also import an existing project from other formats, such as DWG, DXF, IFC, or XML.
Use the graphical interface to draw your structure in 3D. You can use different tools to create elements such as beams, columns, walls, slabs, foundations, stairs, roofs, openings, etc. You can also modify the properties of each element, such as dimensions, materials, loads, supports, etc.
Perform the structural analysis of your project. You can choose between different types of analysis, such as linear static analysis, nonlinear static analysis, modal analysis, seismic analysis, etc. You can also define the load combinations and the safety factors according to the design codes.
Check the results of the structural analysis. You can view different types of output, such as displacements, stresses, strains, forces, moments, reactions, etc. You can also view the diagrams of internal forces and moments for each element. You can also check the verification status of each element according to the design codes.
Generate the reports and drawings of your project. You can customize the layout and content of your reports and drawings according to your needs. You can also export your reports and drawings to PDF or other formats. You can also export your project data to other software applications, such as BIM or CAD.
We hope this article has helped you understand how to use Acca Edilus software for structural calculation. If you have any questions or feedback, please feel free to contact us.
An Example of a Project Done with Acca Edilus
To illustrate how to use Acca Edilus software for structural calculation, we will show you an example of a project done with EdiLus-CA, the version for concrete structures. The project is a four-story residential building with a basement and a flat roof. The structure is composed of reinforced concrete frames and slabs, and the foundation is a raft slab.
The following steps describe how the project was created and verified with EdiLus-CA:
The project was created by importing a DWG file that contained the architectural plan of the building. The DWG file was automatically converted into a 3D model by EdiLus-CA, and the structural elements were recognized and assigned to the corresponding categories.
The properties of the structural elements were modified according to the design specifications. For example, the concrete grade was set to C25/30, the reinforcement grade was set to B450C, the loads were defined according to Eurocode 1, and the seismic action was defined according to Eurocode 8.
The linear static analysis was performed by EdiLus-CA, and the results were displayed in the graphical interface. The displacements, stresses, strains, forces, moments, and reactions were shown for each element. The diagrams of internal forces and moments were also shown for each beam and column.
The verification status of each element was checked by EdiLus-CA according to Eurocode 2. The elements that passed the verification were marked with green color, while the elements that failed the verification were marked with red color. The verification report showed the details of the checks performed and the values of the verification ratios.
The reports and drawings of the project were generated by EdiLus-CA. The reports included the summary of the project data, the results of the analysis, and the verification status of each element. The drawings included the floor plans, the elevations, the sections, and the details of the reinforcement layout. The reports and drawings were exported to PDF format.
The project data was exported to IFC format by EdiLus-CA. The IFC file contained all the information about the geometry, properties, analysis, and verification of the structure. The IFC file could be imported by other software applications that support BIM interoperability.
This example shows how Acca Edilus software can help you create and verify your structural projects in a fast and easy way. You can also use other versions of Acca Edilus software for different types of structures, such as steel, masonry, or wood.
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