Calculates the straight bars of any section laying on n supports. The program calculates load and deformation distributions and sizes of reactions in individual supports.
The application provides the strength check calculation of axially loaded columns. The check calculation performs a strength check of the selected column section.
The calculation is done in metric or English units. The setting ANSI standard means that the calculation uses English units, even in the relevant section dimensions.


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Results to display the HTML report.When you want to perform beam or column calculation, you need model data to perform the calculation and set Loads and Supports. You enter model data in the Beam / Column Component area on the Model tab. There are three ways to get the model data.
Enter values manually
In the Beam / Column Component area, enter values for your beam or column component manually. Click the value in the Size column and enter the value. We recommend entering all values. However they are not mandatory and the calculation will be inserted into Autodesk Inventor graphics area. When you switch to Beam Calculation tab and click Calculate, the calculation will fail and messages in the Summary of Messages area inform you that values for parameters cannot be zero to perform the calculation successfully.
Use the Section command
Read data from Content Center part
When your assembly contains a part inserted using Content Center, the Beam and Column Calculator is able to read the data of the part.

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.Beam and Column Calculator - Model tab
Calculates beams and columns, and creates graphic representations of their stress and deformations.
Use this area to specify components.
Select the type of performed calculation (beam calculation, column calculation, or both).
Select the component material and its properties. Check the box to open the Material Database where you can select the appropriate material.
If a material is selected from the Material Database, its values are inserted automatically into the following edit fields, and the edit fields are locked. To unlock the fields clear the box.
Displays the reports about calculation. To open the Summary of Messages area at the bottom of the Calculation and Design tabs, double-click the double line at the bottom of tabs or click the chevron at the bottom of the tabs.
Beam and Column Calculator - Beam Calculation tab
Sets parameters for calculation of a beam.
Use this area to specify loads and supports. Select Loads or Supports from the drop-down list. Depending on your selection, the commands within the toolbar display. The Options button is always available.
Click the button to add appropriate force, load, or support. A dialog box displays where you can edit the values.
Selected force or support displays in the list where you can edit or delete it.
The graphical representation of loads and supports is displayed in Autodesk Inventor window. Work with the preview as with 3D Grips. You can drag the preview to the appropriate position. Double-click to display the edit dialog. Move the mouse cursor above the graphical representations to display a description of a force or support. When you select load or support in the list in the Beam Calculation tab, its graphical representation is selected within the Autodesk Inventor window, and vice versa.
Only one support carries the axial load, and its diagrammatic display is different from others.
| Loads | |
![]() | Add Force Opens the Radial Force dialog where you can set the radial force properties, such as distance or angle. |
![]() | Add Axial Force Click to open the Axial Force dialog window where you can set the axial force properties, such as distance or axial force value. |
![]() | Add Continuous Load Click to open the Continuous Load dialog box and set the continuous load properties, such as length or angle. |
![]() | Add Bending Moment Specifies moments in all directions. Mx (torque), My (bending - XZ plane) and Mz (bending - XY plane). Positive moment actuates in the counterclockwise direction. Click to open the Bending Moment dialog box and set the bending moment properties. |
![]() | Add Torque Torque is entered using two forces which are mutually opposite. One of the forces represents the actual torque, the second force must be negative (for example, 150 Nm and -150 Nm). The sum of all torques (Max) must equal 0. Click to open the Torque dialog box and set the torque properties, such as distance or torque value. |
![]() | Add Common Load Click to open the Common Load dialog box and set the common load properties, such as force or length. |
| Supports | |
![]() | Add Fixed Support Click to open the Fixed Support dialog box and set the fixed support properties. |
![]() | Add Free Support Click to open the Free Support dialog box and set the free support properties. |
![]() | Add Restraint Click to open the Restraint dialog box and set the restraint properties. |
![]() | Options Click to open the Options dialog box and specify the 3D and 2D preview settings. |
| Loads and supports are editable: | |
![]() | Opens the appropriate dialog box to edit loads or supports. |
![]() | Deletes the selected load or support. |
| Use density | Check the box to include the mass in the calculation. If you clear the Use density check box, the Density is not included in the calculation. Mass is calculated as if the density is used. |
| Use shear displacement ratio | Determines if the value is used in the deflection calculation. Shear displacement ratio: The radial forces acting on the profile cause it both to bend, and to slide. If the profile is expected to bend a lot (long or thin profiles), the sliding effect does not appear and the shear displacement ratio may be disregarded – switched off. For thick or rigid profiles this effect is more significant. Value 1.18 is used as a default for cylindrical profiles. |
| Number of Beam divisions | Specify the number of the beam divisions used for calculation. |
| Mode of reduced stress | Select either HMH or Tresca-Guest mode of reduced stress calculation. The selected mode affects calculated value of reduced stress. |
To display the Results area on the right side of the Calculation tab, double-click the double line on the right or click the chevron.
Displays the calculated dimensions values such as mass or length. Click Calculate to display the values. The units of the calculated results values can be changed. Double-click the specified value you want to change.
Following output parameters are displayed in the Results pane:
![]() | Defining points on a beam to which the loads and supports are positioned. Use ALT + drag to move a force or support and assign it to another position marker. |
Displays the reports about calculation. To open the Summary of Messages area at the bottom of the Calculation and Design tabs, double-click the double line at the bottom of tabs or click the chevron at the bottom of the tabs.
Beam and Column Calculator - Column Calculation tab
Sets parameters for calculation of a column.
Specifies the input force, coefficient for end conditions, and maximum loaded column length.
| Axial Load | Specify the maximum operating force. Its direction is displayed on the schematic image showing individual end types. |
| Coefficient for End Conditions | Enter the coefficient according to the schematic picture containing end types in the main dialog box. These values are theoretical only. Also take into account the mounting clearance and elasticity. Click the button next to the edit field to display a schematic image that enables you to specify the coefficient value. Select the appropriate column, and click OK. The value of the coefficient is transferred to the Column Calculation tab. |
| Required Safety Factor | Set the appropriate value for the required safety margin (usually in the range of 2 - 10). |
Enter the values for column calculation. Edit fields are disabled if the calculator could not transfer the appropriate data from the Autodesk Inventor object. The disabled values correspond with entered parameters in the Model tab.
Enter the values for column length, section area, and least moment of inertia.
In the graphical area, the graphs of critical stress according to the slenderness ratio are displayed.
To display the Results area on the right side of the Calculation tab, double-click the double line on the right or click the chevron.
Displays the calculated dimensions values such as slenderness ratio. Click Calculate to display the values. The units of the calculated results values can be changed. Double-click the specified value you want to change.
The following output parameters are displayed in the Results pane:
Displays the reports about calculation. To open the Summary of Messages area at the bottom of the Calculation and Design tabs, double-click the double line at the bottom of tabs or click the chevron at the bottom of the tabs.
Use the dialog to enter parameters for beam radial force.
| Properties | Enter the value for distance measured from the beginning, middle, or end of the section defined by active position marker. | |
| Forces | Depending on your selection, Force with angle or Forces in Y and X axis, the additional options display in lower part of the area. | |
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| Force with angle | |
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| Force enter the value of the force. |
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| Angle enter the angle value. |
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| Forces in Y and X axis
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| Force in Y axis enter the value of the force in the Y axis. |
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| Force in XZ axis enter the value of the force in the X axis. |
Use the dialog box to enter parameters for axial force of beam.
| Properties | Distance | Enter the value for distance measured from the beginning, middle, or end of the section defined by active position marker. |
| Force | Axial Force | Enter the value for axial force. |
Use the dialog to enter parameters for common load of the beam.
Enter the values of the Radial Force, Axial Force, Continuous Loads, Bending Moment, Torque, and Distance. Click OK to recalculate values.
Use the dialog to enter parameters for continuous load of the beam.
| Properties | Enter the value for distance measured from the beginning, middle, or end of the section defined by active position marker. | |
| Force | Depending on your selection, Load with angle or Load in X and Y axis, the additional options display in lower part of the area. | |
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| Load with angle | |
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| Continuous Load enter the value of the continuous load. |
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| Length enter the length value. |
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| Angle enter the angle value. |
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| Load in X and Y axis
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| Continuous Load in Y axis enter the value of the continuous load in the Y axis. |
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| Continuous Load in X axis enter the value of the continuous load in the X axis. |
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| Length enter the length value. |
Use the dialog to enter parameters beam bending moment.
| Properties | Enter the value for distance measured from the beginning, middle, or end of the section defined by active position marker. | |
| Moments | Depending on your selection, Moment with angle or Moment in X and Y axis, the additional options display in lower part of the area. | |
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| Moment with angle
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| Bending Moment enter the value of the bending moment. |
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| Angle enter the angle value. |
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| Moment in X and Y axis
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| Bending Moment in Y axis enter the value of the bending moment in the Y axis. |
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| Bending Moment in X axis enter the value of the bending moment in the X axis. |
Use the dialog to enter parameters of beam supports.
| Distance | Enter the distance value which defines the distance of the restraint from the left side of the element. |
| Yielding | Define the plasticity for XY and XZ planes. |
| Radial Displacement | Enter the radial displacement values for XY and XZ planes. |
Use the dialog to enter parameters of beam torque.
| Properties | Enter the distance value. |
| Moments | Enter the force value. |
Use this dialog box to enter parameters of a restraint.
| Distance | Enter the distance value which defines the distance of the restraint from the left side of the element. |
| Yielding | Define the plasticity for XY and XZ planes. |
| Radial Displacement | Enter the radial displacement values for XY and XZ planes. |