Autodesk robot structural analysis professional 2018 manual free download - Load Definition...
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Autodesk robot structural analysis professional 2018 manual free download
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Collaboration: Autodesk Drive Securely store, preview and share design data. Shared views Quickly and securely share work with stakeholders. Company overview US site. Careers US site. Investor relations US site. Diversity and belonging US site. Autodesk Foundation US site. Contact us. Students and educators US site. Affiliate programme. Autodesk Research US site. How to buy. See also: Moving loads. This option allows you to determine the load pattern influence surfaces for slab and shell structures.
The load pattern is a diagram of the selected quantity e. The value of the load pattern influence surface in the selected point of the area is equal to the value of the selected quantity when the unit force is located at this point. See also: Load pattern. The load report is a tool allowing to sum up loads assigned to a given structure element. The loads have characteristic and calculation values.
The characteristic load values are taken from tables saved in the database while the calculation values are obtained by multiplying the characteristic values by appropriate calculation coefficients. See also: Load report. Explore Magazines. Editors' Picks All magazines.
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Robot modules - 3 Robot modules window New project option. Navigation techniques - 6 o Once the cursor is positioned in the relevant quarter of the screen, the cursor shape changes Navigation tool ViewCube o ViewCube is a 3D interactive tool that lets you reorient a view and set the current orientation of a structure model. Design of Elements of a Structure - 6 Note: There are some differences concerning the result display for various calculation options.
Autodesk Robot Structural Analysis. Structural Analysis. Robot Lesson. Autodesk Robot Structural Analysis Professional. Select Zoom All icon from the standard toolbar. LMC in the Model field and set Defines a calculation model that will be applied to the Shell model defined panel.
The defined structure is displayed in the drawing below. On the Model tab in the Display Displays symbols of structure supports on the screen, dialog box activate closes the Display dialog box. Opening of the Trapezoid Truss structures - beams, frames, trusses Type 3 dialog box. LMC twice the icon the last one in the third row In the Dimension tab LMC the Defines length of the lower truss chord it may be defined Length L1 field graphically in the graphical viewer.
On the Dimensions tab in the Applies divided chords to the structure. To all truss chords upper and lower assign TRON x6. Apply, OK Creates the defined structure at the indicated point within the construction and closes the Merge Structure dialog box.
Switch to the graphic viewer and Selects all truss bars. The defined structure is LMC on the field to select the displayed in the drawing below. LMC in the Section field and select. TRON x6. Chose the Select option and indicate the recently defined bar. Opens the Load Definition dialog box. In the Values Z: field enter In the Apply To field enter 1 Displays the current selection of structure panel.
Apply Applies predefined load to a chosen panel. In the Load Definition dialog box Opens the Uniform planar load on contour dialog box. LMC on the Contour definition Opens the dialog box that allows defining the contour to button which the load is applied. LMC on the Contour definition Opens dialog box that allows defining the contour, to which button the load will be applied.
In the green field enter coordinates Defines contour to which the loads will be applied. In the field Apply To type 1 Displays the current selection of structure panel.
Apply, Close Applies the predefined load to a chosen panel, closes the Uniform Planar Load contour dialog box. LMC on the fifth field in the Case Defines loads for the fifth load case. LMC on the fifth field in the Case Defines loads for the sixth load case. Enter: in the Database field: User in the Database name field: User-defined database in the Database description field: User-defined vehicles in the Internal units of the database chose m as Length units and kN as Force unit Create Closes the New Moving Load dialog box.
Opens the Moving Loads dialog box and starts defining a new vehicle. LMC the third line in the table Defines operating forces.
Select User database and press the Saves the defined vehicle to the user-defined database. OK button in the Moving load databases dialog box Add, Close Adds the defined vehicle to the list of active vehicles and closes the Moving Loads dialog box. In the Name field, enter the name of Defines a name of the moving load.
Select the User database, OK in the Saves the defined vehicle to the user-defined database. Moving load databases Add, Close Adds the defined vehicle to the list of active vehicles and closes the Moving Loads dialog box. Assume the default value of load direction: 0,0,-1 which means that the load will be operating in the Z direction and its sense will be opposite to the Z axis sense LMC the Automatic option located in Selects the plane of load application.
Once the calculations are completed, the title bar of the viewer will present the following information: Finite Elements Results - available. Layout Selects the load case: 2 LL1. On the Detailed tab activate the z Activates visualization of the displacement for individual option in the Displacement - u,w line surface FEs in the local coordinate system. These are the displacements in the direction perpendicular to the element surface. Activate Maps option Allows presentation of results obtained for FE in the form of maps.
Selects the load case: 7 Moving vehicle. On the Deformation tab switch on the Activates presenting deformation of the currently designed Active option structure. LMC the Start button Starts performing the displacement animation for the structure.
Stops the animation. In the Buckling length coefficient Y Opens the Buckling Diagrams dialog box which allows defining buckling length for members. In the Buckling length coefficient Z Opens the Buckling Diagrams dialog box which allows defining buckling length for members.
In the Member Type field enter: Applies the name to a new bar type. Opens the Member Definitions - Parameters dialog box. In the Member Type field enter: Assigns the name to a new bar type. Diagonals Save, Close Saves current parameters for the Cross braces member type, closes the Member Definitions - Parameters dialog box.
Definitions dialog box press the New button Define the first group with the Defines the first group consisting of all bars belonging to the following parameters: upper chords in the structure. Using this In the Selection of Sections dialog option user can select sections that will be applied during box select all TRON profiles which verification and design of steel and aluminum elements. Selection dialog box. In the field below the All button the list: 1to5 will appear Close In the Calculations — EN The option allows determining parameters of calculations dialog box switch on the performed for member groups taking the optimization Optimization option options into account.
In the Optimization Options dialog Activation of this option will result in searching for the box switch on the Weight option lightest section in the group of sections that meet the code- defined criteria. Recalculates the structure with the changed member Select the Calculations icon sections from the Standard toolbar. LMC the Calculations button in the Starts design of the selected member groups; the Short Calculations dialog box Results dialog box appears on the screen see the drawing below.
LMC the Calculations button in the Starts design of the selected member groups; the Code Calculations dialog box Group Design dialog box appears on the screen see the drawing below. Group Verification option Press the All button located in the Selects member groups to be designed, closes the Code upper part of the Code Group Group Selection dialog box. LMC in the OK button Opens the Modal Analysis Parameters dialog box which allows defining modal analysis parameters for the new dynamic cases in the structure Leave parameters as default.
Closes the Modal Analysis Parameters dialog box and OK adds a new load case to the list of available load cases. The new tabs: function name: Wind impact, Add Points and Add functions will appear in the dialog box. Once the calculations are completed, the viewer title bar will show the following information: Finite Elements Results - available. Close Closes the Analysis Types dialog box.
Select the following option on the Selects acceleration in the UX direction. The results obtained for the sections mentioned are also presented here. The vignette window will be displayed on the screen and the icon in the last row Section definition should be selected. Apply, Close Closes the dialog box. Opens the Circle dialog box. Select Circle icon from the Section Definition toolbar. Enter the following points in the Defines the external circle.
Center and Radius fields: Center: 0,0 , Radius: 10, Apply Enter the following points in the Defines the internal circle. LMC on the external contour Selects the external contour. Steel, Apply, OK Selects the material type and closes the dialog box. The results are option, Calculate presented on the Principal tab. Calculation Note Opens the calculation note with the section data and results.
Enter: Sets the section properties. OK Saves the section to the database. Select No when asked to save the file Opens the Section definition dialog box.
This option is used to generate wind load for the axisymmetric structures structures with regular, polygonal base. The option is available for the following codes:. This option allows you to generate wind loads on selected planar finite elements and panels.
It means that before the option is on, the panels or the finite elements must be selected, where the wind loads is to be generated. Once this option is selected, a dialog will open for defining wind load parameters used for automatic creation of wind loads on columns. This option allows for the definition of moving load a vehicle, a route and a moving load case. See also: Moving loads. This option allows you to determine the load pattern influence surfaces for slab and shell structures.
The load pattern is a diagram of the selected quantity e.
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