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AUTODESK ROBOT STRUCTURAL ANALYSIS PROFESSIONAL pdf - PDF Free Download |
Autodesk robot structural analysis professional 2015 manual pdf free.Serial Number AutoCAD 2014
User manual No, the webinars don't show how to use Robot for the complete design of a real-life RC building. They just give some advices, but they don't show you how to generate the hundreds of RC drawings you would need for a story hotel, for example in fact, the first pages of each webinar tell you that they shouldn't be used as tutorials.
All books are in clear copy here, and all files are secure so don't worry about it. Autodesk Robot Structural Analysis Professional Autodesk provides a variety of technical documents and online information to help you learn, use, and develop projects with Autodesk Robot Structural Analysis Professional. Sign In. Here are groups of general settings to customize the look of the user interface and define how the program works.
Here you can choose Page 6. In Robot program you always have to manually adjust : 1. User manuals, Autodesk Software Operating guides and Service manuals. User Manual Read online Autodesk Robot Structural Analysis book pdf free download link book now. Autodesk Navisworks products can combine design data created with a variety of design tools, and then publish the entire model to NWD format including properties, comments, viewpoints and 4D playback. Navisworks Freedom and the I have found reference to one for Robot but none for the Bridge Design programme.
If there is, any idea how Page 7. We have just obtained the programme but have not got a manual or user guide with it. Thanks, Jane User s Guide Be more productive with Autodesk software.
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Once analysis and design is complete the design documentation is modified to reflect the most current design. This workflow is repeated for each iteration of the design process. The link between Autodesk Revit or Autodesk Revit Structure software and Autodesk Robot Structural Analysis Professional software helps make this workflow smoother by facilitating the coordination of design documentation with structural analytical design information. Robot Structural Analysis Professional supports BIM with its advanced analysis and multimaterial design functionality.
The bidirectional interoperability of Revit and Robot Structural Analysis Professional software helps reduce the time needed to create and update multiple analysis models and helps to avoid potential errors resulting from manual coordination between analysis results and construction documentation.
Others start by creating an analytical model. The link between Autodesk Revit software products and Robot Structural Analysis Professional supports both of these workflows. However, there are some advantages to starting the design process with a model in Revit software instead of with Robot Structural Analysis Professional.
For instance, in addition to creating construction documents, many firms use the Revit Structure model to help coordinate their designs with other disciplines. Therefore, structural drafters can begin modeling, documenting using company standards, and coordinating the structure. By starting the design in Revit, you create both a physical model, for coordination and early documentation, and a simplified analytical model. Each model is independently editable, but also maintains a consistent relationship to the other.
Figure 1: The bidirectional link between Revit software and Robot Structural Analysis Professional enables firms to add analysis-related information to the Revit model, use that model directly for analysis in Robot Structural Analysis Professional, and then update the Revit model based on the analysis results. Moreover, Revit software capabilities enable structural designers to enrich the physical model with information such as physical properties, proposed analytical model definition, and expected loads conditions.
This makes the physical model more complete and also enhances collaboration with structural engineers. For example, in a traditional workflow the CAD technician or designer creates a physical model defining expected relations with its analytical representation, which is a simplification of more detailed, real geometry. The CAD technician must then wait until the engineer has completed the structural analysis and design before starting coordination and documentation tasks. The bidirectional link between Revit and Robot helps make the exchange of structural analytical information much smoother.
The link enables firms to add analysis-related information to the Revit model, use that model and information directly for analysis in Robot Structural Analysis Professional, and then update the Revit model based on the analysis results. This iterative data exchange respects and preserves the information defined in both software solutions. Thus, the structural designer creates both the physical and analytical model using Revit and then sends the analytical model to a structural engineer who uses Robot for structural analysis.
Once the model has been linked to Robot Structural Analysis Professional, the engineer begins the analysis and code design process. After an initial analysis, the engineer may want to make some changes to the analytical model based on calculated results. In some cases the engineer may also decide to make changes to the model prior to initial analysis based on experience and knowledge.
Additionally, the engineer may define more load cases and loads using Robot. After the analysis has been performed, the engineer explores the results and starts to design the structural elements.
Using Robot Structural Analysis Professional, the engineer can also run code checking to design concrete, steel, and timber elements based on a wide variety of national and international codes. When the engineer has completed design changes and the analysis, the information is transferred back to Revit, enabling the designer to review the design changes from the analysis and code-checking phase and update the physical model accordingly.
Autodesk recommends the use of the 2 Content Generator Extension to help create appropriate material definitions and sections based on regional catalogues that contain necessary structural properties for further analysis and code checking. This information can also be used within design and code checking applications such as the Composite Design Extension for composite steel framing. In this fashion, the engineer exploits the interoperability between the software solutions—using the Revit analytical model and the Robot software to perform structural analyses.
Within Robot, the engineer updates the analytical model with recommended changes and alerts the designer. Revit Extensions include tools for structural analysis, modeling, concrete reinforcement, interoperability, and construction documentation. In collaboration with the engineer, the designer accepts or rejects the proposed changes to the analytical model and Revit automatically adjusts the physical model accordingly. This flexibility enables the engineer to work with the structure in separate analysis models.
Furthermore, this physical structural model is the basis for documentation and code checking which focuses on physical elements and attributes such as section sizes, materials, rebar, and so on.
As an advanced analysis software solution, Robot Structural Analysis Professional has more robust capabilities in this area. For example, the creation of load combinations is more automated in Robot, which can auto-generate numerous combinations at once.
Additionally, the software has more options for creating loads. Then again, there are instances where it may be necessary or preferable to model loads using Revit, primarily for use in other Revit Extensions or other applications for analysis and code checking. The optimal workflow for one firm or a particular project may be different for another. This link enables the Revit user to send a Revit model to Robot for analysis and design, and to update the Revit model based on the results of the analyses.
All analyses and design is performed in Robot, except for composite steel framing. The Composite Design feature for Autodesk Revit Extension is used to analyze and design composite steel framing directly in Revit.
Figure 3: The Revit user interface provides a link between the two software applications. This link also enables the Revit user to send the Revit model to an intermediate file. Also, the results cannot be transferred using the. This option can be useful when Robot and Revit are not installed on the same machine.
Sending a model to Robot After selecting the Robot Structural Analysis link, the user has the option to send a model to—or update a model from—Robot Structural Analysis Professional. Figure 4: This dialog box enables users to send or update a Revit model to or from Robot Structural Analysis Professional.
The software can also transfer static analysis results calculated in Robot Structural Analysis Professional to Revit. These results can then be used in the Revit documentation. In this case, the Revit model data is transferred to the 4 Robot user via an. If both applications are installed on the same computer, the Direct integration option should be selected. The model is automatically transferred from Revit to Robot and the Robot software is launched.
This workflow may be beneficial for a quick analysis check or small design update. Send options There are a few options to consider when sending a model to Robot.
The designer can send the entire model or a specific portion of the model. Sending only a selection of the model is useful when performing analysis and design for certain elements or structural systems, or when making small modifications in layout or design.
The Load Cases must be created in Revit prior to executing the command. Note that in addition to updating the entire model, selected elements in Revit software can be updated. This link enables the Robot user to update or create a Robot model from a Revit model for analysis and design and then send the Robot model to Revit, making changes based on the results of the analyses.
Figure 7: The Robot Structural Analysis Professional user interface provides a link between the two software applications. This link also enables the Robot user to send the Robot model to an intermediate file. Figure 8: This dialog box enables users to send or update a Revit model to or from Robot Structural Analysis Professional. In this case, the Robot model data is transferred to 5 the Revit user via an.
The model is automatically transferred from Robot to Revit note that Revit must be launched. Send options There are a few options to consider when sending a model to Revit. The engineer can send the entire model or select a specific portion of the model to be sent.
Updating a Robot model The options for updating a Robot model from Revit are similar to the options for sending a model. Note that in addition to updating the entire model, selected elements in Robot can be updated. The Load Cases must be created in Revit software prior to executing the command. Analytical modeling There are two ways a Revit user creates an analytical model: 1. As the user defines the physical model, the software will automatically create an analytical model and keep that analytical model consistent with the physical model.
The user can also adjust this analytical model manually by manipulating analytical nodes positions. The automatic relation settings are predefined rules that the software uses to automatically create a more accurate, analytical simplification of the physical model.
But that analytical simplification is subjective and engineers may want an analysis model defined in a way that suits their individual expectations and requirements.
Therefore, the user can manually adjust the analytical model. When editing the analytical model, a customized relation between the physical and analytical model is created, keeping the analytical and physical model synchronized as changes occur. Autodesk recommends that the Revit user take advantage of the automatic relation settings when first creating a physical model and adjust them later as needed.
Structural content The Content Generator Extension part of Revit Extensions should be used to create families for structural framings and columns. The sections created with the Content Generator are based on widely used steel profile data—the same data used by Robot.
In addition, the newly created content mimics the appropriate physical characteristics, which is necessary when using the Revit physical model in code-checking applications. Figure The Content Generator Extension is used to create families for structural framings and columns. This often occurs when framing elements are not properly joined. One way to help reduce duplicate nodes is to align or constrain structural elements to grids, levels, and named reference planes in Revit software.
This is particularly relevant for braced frames and where structural elements are offset from the primary grids. Figure Explicitly constraining a beam to a grid using the Align tool. Analytical model projections By default, Revit assigns Auto-detect parameters for the horizontal and vertical projections. When using Auto-detect, the software will try to determine the best logical location for the analytical model line s.
In most cases, the software correctly determines the best analytical line location. Therefore, using the default Auto-detect is suggested. Override this parameter only if needed. Figure The effect of the analytical project parameter on an analytical model. Interior Face Auto-detect or Center Line Bracing The use of the guidelines mentioned in the sections above can help prevent the creation of duplicate nodes at bracing intersections.
In particular, use grids, levels, and named reference planes for braced frames offset from the primary grid lines. When defining the brace, it is recommended that the user attach the brace start and end nodes to beams instead of columns. Notice the parameter distinctions in the Element Properties window. This affects where the cutback distance is located cut by column or by beam and the behavior of how the bracing node moves when other analytical elements are adjusted.
Figure Notice the location of element end points and physical member setbacks for each attachment at the lower level. Carefully inspect bracing intersections at sloped roofs or floors by zooming in and enabling Thin Lines to check that the brace node intersects the other elements.
If it does not, use the Analytical Adjust tool to manually adjust the location to the beam-end node, using Tab to iterate through each element. Sloped Framing The link between Revit and Robot supports the exchange of sloped framing. Multiple levels for example, levels at low and high sides may be used in Revit for construction documents, but they are not needed to link with Robot. Instead, a single level or even no level and element offsets are sufficient for interoperability with Robot.
Bottom of Slab Center of Slab Figure The relationship Top of Slab of beam shown in orange and slab shown in brown analytical lines for various projections of the slab. Therefore it is recommended that users send selected elements filtered by Phase to Robot, resulting in multiple analytical models. Sending the entire model will send all elements—regardless of Phase, such as created or demolished.
A similar approach is recommended for Design Options. Figure Multiple analytical models created from Phase- Existing filtered view selections. As such, Revit software includes functionality to more easily create and edit the analytical model. There are two methods of analytical alignment: auto-detection and projection.
Analytical alignment is determined by structural element instance properties. Automatic adjustment is performed on a structural element in relation to a neighboring structural element. Revit can automatically adjust the analytical model for beams, braces, structural columns, structural walls, structural floors, and foundation slabs to align these elements more accurately.
This behavior is based on the instance parameters of the elements and tolerance settings. For auto-detection to occur, the analytical Adjustment Methods instance properties must be set to Auto-detect for an element and its individual ends. This is the default justification method for all analytical structural elements.
Automatic adjustment is then performed, as long as the analytical model of the adjacent element is within tolerance. Each structural member has optional locations for its analytical projection plane. These projection plane locations are relative either to the levels of the structure or to the structural element itself. Each projection plane for each element has a default location, but the user may change the location by adjusting the Vertical parameter on the Analytical Model section of the Properties palette.
Manual adjustment of the analytical model Revit software includes a special analytical edit mode that enables direct manipulation of the analytical model, providing greater control. In this edit mode, the user can directly modify the analytical model elements of beams, braces, columns, floors, and walls. To activate the analytical edit mode, select the Analytical Adjust icon on the Analyze tab.
Additional access is provided on the contextual tabs of all the analytical elements. When the edit mode is activated, node elements appear at the ends of all analytical beams, braces, and columns.
In addition, analytical floors, foundation slabs, and walls have corner analytical nodes. All non-analytical elements are set to half-tone and are not selectable. You can toggle between the global and the local coordinate system simply by hitting the spacebar. Figure Revit software includes a special analytical edit mode that enables direct manipulation of the analytical model.
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