Robot Structural Analysis Professional Crack Code
Robot Structural Analysis Professional Code
Robot Structural Analysis Professional is a software developed by Autodesk that allows engineers to perform structural load analysis and verify code compliance using BIM-integrated workflows. The software supports various international codes for reinforced concrete design, such as ACI 318, Eurocode 2, and BS 8110. In this article, we will explore some of the features and capabilities of Robot Structural Analysis Professional code.
One of the main advantages of Robot Structural Analysis Professional is its ability to exchange data with Revit and other design tools using BIM-integrated workflows. This means that engineers can import and export structural models, loads, and results between different applications, ensuring accuracy, coordination, and consistency throughout the design process. For example, engineers can use Revit to create a structural model and then transfer it to Robot Structural Analysis Professional for analysis and code-checking. Alternatively, they can use Robot Structural Analysis Professional to generate a structural model from an architectural model imported from Revit or other sources. The software also allows engineers to synchronize changes made in either application, keeping the models up to date and avoiding errors and conflicts.
Wind Load Simulation
Another feature of Robot Structural Analysis Professional is its ability to test wind loads during design using wind load simulation. The software can generate wind loads based on various standards, such as ASCE 7, EN 1991-1-4, and NBCC. The software can also perform wind tunnel tests using computational fluid dynamics (CFD) to simulate the effects of wind on complex structures, such as high-rise buildings, stadiums, and bridges. The wind load simulation can help engineers to optimize the structural design and avoid costly changes due to wind-induced failures or vibrations.
Extensive Analysis Capabilities
Robot Structural Analysis Professional also offers extensive analysis capabilities for different types of structures and loading conditions. The software can perform static, modal, and nonlinear analysis, as well as dynamic and seismic analysis. The software can handle large and complex models with thousands of elements and nodes, as well as multiple load cases and combinations. The software can also perform buckling analysis, stability analysis, fatigue analysis, and thermal analysis. The software provides various results visualization options, such as diagrams, tables, charts, and reports. The software also supports parametric studies and optimization tools to help engineers find the best solutions for their design problems.
Finite Element Auto-Meshing
Robot Structural Analysis Professional also features a finite element auto-meshing tool that can create a high-quality, advanced finite element mesh for more precise analysis results. The software can automatically generate a mesh based on the geometry and properties of the structural model, as well as the user-defined criteria and preferences. The software can also refine the mesh in areas of high stress or deformation, or where singularities or discontinuities occur. The software allows engineers to control the mesh density, size, shape, and type, as well as edit or modify the mesh manually if needed.
Country-Specific Design Standards
Robot Structural Analysis Professional also supports country-specific design standards for reinforced concrete design. The software can check the required and provided reinforcement for beams, columns, foundations, slabs, and walls according to various codes, such as ACI 318-19, Eurocode 2, BS 8110, and IS 456. The software can also generate reinforcement drawings and schedules that are compatible with Revit and AutoCAD. The software allows engineers to work with country-specific section shapes and building codes in imperial or metric units.
Open and Flexible API
Robot Structural Analysis Professional also has an open and flexible API that enables engineers to customize and extend the functionality of the software. The API allows engineers to create custom parametric structures, directly extract results, and integrate external applications or libraries. The API also allows engineers to automate repetitive tasks, such as creating load combinations or generating reports. The API is based on Microsoft .NET Framework and supports various programming languages, such as C#, VB.NET, C++, Python, and MATLAB.
To learn more about Robot Structural Analysis Professional code , you can download a free trial or contact the sales team. You can also explore the online help or join the community forum for more information and support.