CYPE Connect

Codes

After clicking on this option, you can select the standards for different materials from the various tabs in the pop-up window:

"Steel" tab

On this tab, you select the "Steel" standard from the drop-down menu.

When selecting a steel standard, you can customise its application by adjusting the values of various parameters associated with it at the bottom of the screen.

For example, if you select the EN 1993 Eurocode, you can review and/or modify the parameter values associated with this code, such as:

• The partial safety factors,
• The "Resistance reserve coefficient"
• The "Friction coefficient for prestressed bolts"
• In addition, the "Bolt hole layout (EN 1993-1-8, 3.5)" is selected.

Further on, various "Optional checks" relating to different sections of the codes can be enabled or disabled, such as the following:

• Length of fillet welds (EN 1993-1-8, 4.5.1)
• Effective throat thickness (EN 1993-1-8, 4.5.2)
• Maximum angle of the fillet welds (EN 1993-1-8, 4.3.2.1)
• Minimum angle of the fillet welds (EN 1993-1-8, 4.3.2.1)

The following factors can also be used to calculate the "Rotational stiffness":

• Limiting stiffness factor for moment connections, kb
• Limiting stiffness factor for pinned connections, kb

Finally, for the "Plate deformation", you can enter the "Plastic deformation limit" (%).

"Timber" tab

On this tab, you can select the "Timber" standard from the drop-down menu.

When you select a timber standard, you can configure its application at the bottom of the page.

For example, if the EN 1995 Eurocode is selected, various "Optional checks" relating to different sections of the standard can be enabled or disabled, such as the following:

• Construction details and control. Screws. Predrilling (10.4.5)

"Concrete" tab

On this tab, you select the "Concrete" standard from the drop-down menu.

Once you have selected the concrete standard, you can configure how it is applied at the bottom of the screen.

For example, if EN 1992 Eurocode is selected:

• The boxes corresponding to the various partial safety factors are ticked or unticked, and their values are checked for steady-state, transient and accidental conditions.
• The "Coefficient that takes into account long-term effects" is entered.
• Furthermore, the "Minimum cover" for the reinforcement is specified.

To confirm the changes, click "Accept".

Next, select "Elements and materials".

In the window that appears, you can access the various "Materials" and "Elements" libraries for the structure using the various buttons provided.

Importing settings by country or region

In addition, the program offers the "Import settings" option on the right to import predefined libraries of materials and elements from a specific country or region after selecting it from the list:

• Europe
• USA (M)
• USA (IP)
• Brazil
• United Kingdom
• South Africa
• Kazakhstan

When you click "Accept", the libraries for all materials and elements are generated automatically, replacing the data previously entered.

Importing and exporting libraries

On the right-hand side, there is a set of additional tools for importing and exporting the material and element libraries that have been configured in the project.

The "Export" option is used to save library information to a specific file. The libraries saved to a file can then be "Imported" into any project.

You can also carry out a "File selection with initial values for the creation of a new job". This means that, when creating a new project, the program automatically loads the materials and elements saved in the selected files, so that the libraries do not appear empty.

Materials libraries

The "Materials" libraries can be found in the section of the same name, within the window that appears when you click on the "Elements and materials" option in the "Libraries" menu.

From here, you can click on the following options to configure:

• Types of steel for sections and plates
• Types of steel for bolts
• Types of steel for anchors
• Types of concrete
• Types of timber
• Materials for dowels
• Materials for bolts
• Materials for screws

Once the library materials have been defined in each specific editing panel, click "Accept" to return to the previous window.

After clicking "Accept" again, the library materials will be available for use when defining structural bars and connections. The first element in each list will be taken as the default value.

Types of steel for sections and plates

To edit the "Types of steel for sections and plates", click the option to open a window where you can enter the materials manually.

At the top, the program provides options to "Add", "Copy", "Delete" or move items in the list.

In each row of the table, the following are entered:

• Reference
• Description
• Modulus of elasticity
• Poisson’s ratio
• Coefficient of thermal expansion
• Unit weight
• Yield strength
• Fracture limit
• In addition, on the right-hand side, you can specify the "Resistance depending on the thickness".

You can also "Import predefined data" by clicking on the relevant option at the top. Then, tick the relevant boxes to "Import" the required materials and click "Accept".

Types of steel for bolts

The program allows you to specify the steel grades for prestressed and non-prestressed bolts in the two available tabs ("Prestressed", "Non-prestressed").

In each row of the table, the following properties of the steel used for screws are entered:

• Reference
• Description
• Modulus of elasticity
• Yield strength
• Fracture limit
• Material – Nut
• Material – Washer

You can enter this data manually or "Import predefined data" from different standards using the relevant option.

Types of steel for anchors

You can define the steel types for "Corrugated bar", "Threaded rod" and/or "Smooth bar" anchors in the relevant tabs.

In each row of the table, the following properties of the steel used for anchors are entered:

• Reference
• Description
• Modulus of elasticity
• Yield strength
• Fracture limit
• Material – Nut
• Material – Washer

You can enter this data manually or "Import predefined data" from different standards using the relevant option.

Types of concrete

To define the types of concrete available on site, the following properties are entered in each row of the table:

• Reference
• Description
• Compressive strength

You can enter this data manually or "Import predefined data" using the relevant option.

Types of timber

To define the types of timber available on site, the following properties are entered in each row of the table:

• Reference
• Description
• the "Type", which can be:
  • Solid, from conifers
  • Solid, derived from broad-leaved species
  • Glued laminated, homogenous
  • Glued laminated, combined
• Characteristic density
• and the "fc,90,k" value.

You can enter this data manually or "Import predefined data" using the relevant option.

Materials for dowels

To define the materials available on site for dowels, the following properties are entered in each row of the table:

• Reference
• Description
• Modulus of elasticity
• Yield strength
• Fracture limit

You can enter this data manually or "Import predefined data" using the relevant option.

Materials for bolts

To define the bolt materials available on site, the following properties are entered in each row of the table:

• Reference
• Description
• Modulus of elasticity
• Yield strength
• Fracture limit

You can enter this data manually or "Import predefined data" using the relevant option.

Materials for screws

To define the materials for screws available on site, the following properties are entered in each row of the table:

• Reference
• Description
• Modulus of elasticity
• Yield strength
• Fracture limit

You can enter this data manually or "Import predefined data" using the relevant option.

Catalogues

Clicking on the "Catalogues" option opens a menu showing the different types of items into which you can import and use manufacturer products:

• Post-installed anchors with chemical fixation
• Post-installed undercut anchors
• Post-installed torque-controlled bolt expansion anchors
• Post-installed impact expansion anchors
• Self-tapping post-installed anchors

When you select one of these options, a window opens where you can download the various manufacturer catalogues available for the selected element type via the connection to the Open BIM Database, making it easier to enter data into the program for project development.

The following options are displayed for each manufacturer:

• Download
  Download the manufacturer’s catalogue. The products in the catalogue will be available in the project.
• Update
  Update the catalogue for the selected manufacturer to the latest version, deleting the version previously downloaded to the project.
• Delete
  Delete the catalogue for the selected manufacturer. The products in the catalogue will no longer be available in the project.

You can also click on the "Other catalogues" option to download and update catalogues from other manufacturers.

If a user requires a catalogue that is not included in the program, they can request it via the "Are you missing a catalogue?" link.

Settings

Clicking on this option opens the "Settings" window, where you can adjust the following settings.

Firstly, in the "Colours" section, you can edit the colours of the following elements of the model’s structure and symbols according to your preferences:

• Bars (Steel)
• Bars (Timber)
• Plates
• Bolts
• Welds
• Anchors
• Fixing elements for timber
• Connection symbol
• Accessory
• Connection symbol (No error)
• Connection symbol (With error)

You can then adjust the "Fillet weld tags":

• "Dimension" may refer to the "Standard", "Throat" or "Leg", depending on the selection made from the drop-down menu;
• In addition, you can enter the "Prefix" for your reference.

Grid

Clicking on this option opens the "Grid" window. Here, in the table on the left-hand side, you can "Add", "Copy", "Delete" and reorder the grids for the project.

First, click on "Add" to create a new grid:

• Next, on the right, enter the "Reference".
• Under "Position and orientation", you can define the parameters of the grid’s origin to position it in space by entering its "Global X coordinate", its "Global Y coordinate" and the "Rotation in the global XY plane".
• Further down, under "View options", tick the "Visible" box to enable the grid to be visible in all views. You can also set the visibility of the grid lines at different heights. To do this, add rows to the table to create different "Dimensions" and tick the "Draw" box for each one. If desired, you can "Draw on all plan views" by ticking the corresponding box.
• At the bottom, you can set the "Text height" and the "Grid colour".
• In the two boxes at the top right, you can add the "Lines in the X-directions" and "Lines in the Y-directions" for the grids. Here, you can add lines to each table and set their "Coordinates", enter their "Labels" and define their visibility – whether to make them visible "At the origin", "At the end", "At both ends" or "Not" visible.
• Finally, using the table at the bottom, you can draw "Lines in any direction". To do this, enter the coordinates of the start and end points that define each line in the "X1", "Y1", "X2" and "Y2" columns.

Once you have finished defining the grid, click "Accept" to close the window. The grid will now be visible in the various views of the model, depending on the settings used.

Section

Defining section properties

In the window that appears when you click on the "Section" option, you can define the "Properties of the new section". First, select the "Type" from those available in the first drop-down menu:

• Hot-rolled section
• Built-up section with rolled steel plates
• Cold-formed section
• Hollow section
• Timber section

Next, in the drop-down menu, you can select the specific section type. For example, if you are using a "Rolled" section, the program allows you to choose from an I section, a U section, an angle section, a generic plate, a T section, a square bar or a round bar.

You can select the "Material" from the drop-down menu from those available in the library. Alternatively, if you click on the information button on the right now, you can view its "Reference", "Description" and material properties.

Next, the "Section" is defined by selecting a "Section series" directly from the available library, then a specific "Section" from that series using the drop-down menus. Similarly, if required, click the information button on the right to view its geometric properties, such as the section dimensions in the series, the thickness, or the root radius.

Next, in the drop-down menu under the "Layout" section, the section layout is specified (for example, for a double-T section, you can choose whether it is a simple section, with lateral plates, double welded-in box, or double or simple with haunches). Each of these options offers different configuration possibilities.

Finally, under "Insertion point", you can specify the "Rotation", "Y Displacement" and "Z Displacement" of the section along its local axes. On the right-hand side, you can specify the alignment point, either on the section’s axis, at the centre of one of its faces, or at one of its corners.

Adding a section to the work area

Once you have defined its properties, you must enter the section's geometry into the "Work area".

The section is defined by its start and end points; therefore, to insert it, you must select two points on the model using the left mouse button. You can control the position of the points using the various options for inserting elements in the workspace.

To help with these points, there are various tools available, such as the following:

• You can snap to the lines of a previously defined "Grid"
• To snap points from other elements already included in the model, check that these are selectable in the visibility options on the left-hand side and use the "Object reference" option.
• It is also useful to click on the "Allows dimensions to be defined as each element is entered" option so that you can enter the "Length" value for the section as you type it in.
• Furthermore, the "Orthogonality" option forces the section direction when it is entered.
• If required, you can work using the "Coordinate entry" method.

Additionally, if a template has been imported into the program, the "Template object snaps" available on the top toolbar are used.

Further sections can be entered by left-clicking on other points. Simply right-click the mouse to complete the operation and exit the command.

Plate

After clicking on the "Plate" option, a menu appears where you can choose whether to insert a "Polygonal plate" or a "Circular plate".

Polygonal plate

For a "Polygonal plate", you must select the points that define the perimeter of the polygon in the model using the left mouse button. Then, click the right mouse button.

This brings up the "New polygonal plate" window, where the "Material" and "Thickness" of the plate are defined. In the table below, you can review the "Polygon" data defining the plate, including the local "x" and "y" coordinates of the vertices, the "Type" of each segment – either a "Straight section" or a "Curved section" – and, if necessary, the coordinates of the centre of the curve, "xc" and "yc".

Next, click on "Accept" to confirm this information.

Circular plate

For a "Circular plate", you must use the left mouse button to select the centre and the radius of the circle that defines its perimeter on the model. Then, click the right mouse button.

This brings up the "New circular plate" window, with options equivalent to those mentioned above. In the table below, the program will have generated a regular "Polygon" made up of straight segments that approximates the circle entered.

Finally, click "Accept" to confirm this information.

Editing plates and entering modifiers

If required, use the "Edit" option in the "Edit" group on the top toolbar to modify or complete the definition of the plates.

After left-clicking on one of them, the "Plate" window opens, where you can enter its "Reference" and edit the details for the "Material", "Thickness" and "Polygon" of its outline.

Furthermore, in the table on the right, you can enter one or more "Modifiers" for the plate. After clicking "Add", a window opens where you can define the "New" modifier by selecting it from the drop-down menu.

The following options are included:

• Entering a "Polygonal hole"
• Entering a "Hole"
• Adding a “Point marker”, a “Line marker” or an “Alphanumeric marker”
• Defining an "Edge preparation", a "Vertex displacement", a "Cut by plane" or a "Cut by cylinder".

The program offers various options for adjusting the settings for each of these modifiers.

Finally, to finish editing the plate, click "Accept".

Bolt

After clicking on the "Bolt" option, a window appears where you can define the properties of the new bolt.

Defining bolt properties

The various tabs available show details of the "Bolt" itself (1), the "Nuts" (2) and the "Washers" (3), where applicable.

Further down, in the drop-down menu at the bottom, you can select whether the "Installation location" is "On site" or "In the workshop".

"Bolt" tab

To define the bolt itself, select this tab and enter the "Nominal diameter", the "Series" and the "Material", as well as the "Dimensions" for the following parameters:

• Head diameter
• Thickness of the bolt head
• Diameter of the thread
• Thread length

"Nut" tab

To define the nuts and/or locknuts, entries must be added to a table in which they are listed with their "Displacement" value, which indicates the distance between each nut and the base of the bolt head.

For each nut, the reference number for its "Nominal diameter", "Series" and "Material" is entered, along with the "Dimensions" for the following parameters:

• Displacement
• Outer diameter
• Inner diameter
• Thickness

"Washers" tab

To define the washers, entries must be added to a table in which they are listed along with their "Displacement" value, which indicates the distance between each washer and the base of the bolt head.

For each washer, the reference for its "Nominal diameter", "Series" and "Material" is entered, as well as the "Dimensions" for the following parameters:

• Displacement
• Outside diameter
• Internal diameter
• Thickness

Placing bolts in the work area

To insert the bolt into the model, use the left mouse button to select a group of elements one by one or to highlight a selection area. Then, click the right mouse button to confirm the selection.

The program now allows you to position the bolt by placing the cursor on any of the faces of the selected elements. Clicking the left mouse button inserts the bolt.

From here, you can insert new bolts with the same properties by left-clicking again at other points on the selected elements in the model.

The "Properties" window remains open in case you wish to make any changes to these settings. These changes will apply to any new bolts added after they have been modified.

Finally, you can right-click to deselect the group of elements, and if you right-click again, the operation is completed.

Anchor

After clicking on the "Anchor" option, a window appears where you can define the "Properties of the new anchor".

Defining the properties of anchors

First, select from the drop-down menu at the top whether it is a "Cast-in anchor" or a "Post-installed anchor".

Cast-in anchor

In the case of a pre-installed anchor, the "Nominal diameter", "Series" and "Material" of the anchor are entered.

To specify their "Dimensions" in the following section, their "Diameter" and "Length" are given.

Next, select the "Type" of anchor. This can be a "Straight anchor", an "Anchor with 90° bend" or an "Anchor with 180° hook". In the latter two cases, the "Length" of the tab or hook and the "Bending diameter" must be specified.

In the drop-down menu below, select whether the "Installation location" is "On site" or "In the workshop".

Finally, you can add "Nuts" or "Washers" in the tables accessible via the tabs at the bottom.

Here, you must "Add" elements to the table to define the properties of each individual "Nut" or "Washer".

Post-installed anchor

In the case of a post-installed anchor, enter the "Manufacturer" and its "Description", as well as the "Diameter" and "Length" of the anchor.

Optionally, tick the "Head" box to specify its characteristics, such as the "Type" (whether "Hexagonal", "Cylindrical", "Square", "Hemispherical" or "Countersunk"), its "Diameter" and "Thickness".

Similarly, you can optionally tick the "Socket" box to specify its "Diameter", "Length" and "Spacing".

Finally, you can add "Nuts" or "Washers" in the tables accessible via the tabs at the bottom.

Here, you need to "Add" elements to the table to define the properties of each individual "Nut" or "Washer".

Entering anchors in the work area

To enter the anchor into the model, select an element (such as a plate or a section) using the left mouse button.

The program now allows you to position the anchor by placing the cursor on any of the faces of the selected element. Clicking the left mouse button sets the anchor.

From here, you can add new anchor points with the same properties by left-clicking again at other points on the element.

The "Properties" window remains open in case you wish to make any changes to these settings. These changes will apply to any new anchors added after they have been modified.

Finally, you can click the right-hand button to deselect the element, and clicking it again will complete the operation.

Welds

Entering welds in the workplace

After clicking on the "Weld" option, you must select the two elements to be welded in the model using the left mouse button.

Next, use the left mouse button to enter the points of the polyline that defines the position of the weld.

Clicking the right-hand button validates the geometry entered and brings up a window where you can define the properties of the "New weld".

Defining weld properties

At the top, the "Size 1" or "Size 2" tick boxes are selected to indicate whether they exist and specify the data for each side of the weld bead.

Select the "Type" of weld from the drop-down menu containing the standard symbols and adjust its parameters. For a fillet weld, for example, enter the "Groove depth" and the "Angle".

Next, you select whether the shape of the weld’s "Surface" is "Undefined", "Flat", "Concave", "Convex" or has "Smooth transition curves"; you also specify the "Weld representation" in the model, which can be "According to bead type" or "Approximate"; and its "Length", which can be either "Automatic" or "User-defined".

From the "Edit geometry" menu, you can view each of the welding “Sections” that have been entered in a series of tables and modify the coordinates and characteristics of the segments that make them up.

You can add a "Notes" text in the field below if necessary.

Next, tick the box if the weld is "Perimeter" and, in the last drop-down menu, select whether the "Installation location" is "On site" or "In the workshop".

To validate the data entered, click "Accept".

You can select another pair of elements if you wish to add new welds. If, on the other hand, you wish to finish the operation, click the right-hand button.

Connection

Creating new connections

To create new connections, click on the "Connection" option, and first select the bars involved in the connection using the left mouse button (i.e. the bars that connect to the same node) or, after selecting the first bar, draw a selection area to select the remaining bars.

Only some of the bars connected to a node may be selected to create a partial connection between them.

If a bar passes through the node, it will be treated as continuous.

You can also select only the initial or final end point of a bar if you want to resolve the connection at that point, as in the case of a baseplate.

Right-clicking after selecting the bars opens the "Connection" editing window or connection editor.

When you click "Accept" or close the edit window on any of its tabs, the program updates the connection information and returns to the main program interface. The connection you have created will also be added to the "Connection" table, which is displayed by default in the right-hand side panel of the interface.

Options for editing connections

You can edit a connection that has already been created from the "Edit" section of the top toolbar, using the "Edit" option.

The symbol used to represent connectors is a purple pyramid, as opposed to the blue pyramid used for fittings.

Clicking on a specific connection with the left mouse button opens the "Connection" editing window, or connection editor.

You can also edit a connection by selecting it from the table or the "Connection" list in the right-hand sidebar and clicking the "Edit" button on the toolbar at the top of the table.

Fittings are components fitted at intermediate points along profiles, such as drill holes, openings, reinforcements or lifting lugs.

Fitting

Designing new fittings

To create a new fitting, click on the "Fitting" option and then left-click on the point on a beam where you wish to insert the fitting. You can use snaps and relevant object references to help you position this point.

This opens the "Fittings" editing window. The fitting modelling interface is similar to that used for editing connections. Further information on the connection editor can be found at this link.

When you click "Accept" or close the edit window on any of its tabs, the program updates the fitting information and returns to the main program interface. The newly created fitting will also be added to the "Connections" table, which is displayed by default in the right-hand side panel of the interface.

At this point, you can continue to select other points using the left mouse button to add more fittings of the same type to the model. To finish adding a specific group of fittings, click the right mouse button.

Options for editing fittings

To edit a fitting that has already been created and to familiarise yourself with the main functions of this editing interface, select the "Edit" option in the "Edit" section of the top toolbar.

The symbol used to represent fittings is a blue pyramid, as opposed to the purple pyramid used for joints.

Clicking on a specific fitting with the left mouse button opens the edit window for the connection editor, which in this case has only two tabs: "Model" and "Sheets".

You can also edit a fitting by selecting it from the "Connections" table or list in the right-hand side panel and clicking the "Edit" button on the toolbar at the top of the table.

Model

On the first tab, "Model", you can carry out the complete modelling of the connection, adding and modifying its various components.

Connection elements can be entered or adjusted through a series of operations, as well as by importing connection types from the connection libraries or using parametric connections.

Calculation

Once the model has been completed, you can access the "Analysis" tab, where the analysis and verification of the connection are carried out.

The available analyses include the stress-strain analysis, rotational stiffness analysis and buckling analysis. The program displays the analysis results in the built-in viewer and provides detailed lists of checks against standards.

This tab is not available when editing fittings.

Prints

Once you have modelled and analysed a connection, you can move on to the "Sheets" tab, where you will find the tools for creating detail drawings.

Alternatively, you can access this interface for working with connection sheets from the "Documents" tab in the main interface by selecting the "Connections" option from the "Sheets" section.

Here, you can create views of the connection model at the desired scale, which are dynamically linked to the model. The program also features traditional drawing tools and design tools.

Group

The "Group" option is used to group identical connections.

Once you have selected this option, when you hover the pointer over a connection, all those that are identical and belong to the same group will be highlighted in blue. When you left-click, the group is selected and its colour changes to orange.

You can then select other connections with the same characteristics, which will be highlighted in yellow. To add them to the group of connections, left-click on them and then right-click to confirm.

Generate

When you click on the "Generate" option, a window appears with the following options:

• Analyse the model and generate new joints if necessary (optional)
  If this option is selected, the program will create and add connections to the list, positioned correctly based on the model data. If the following options are not selected, connections will be generated without being grouped and without defined operations.
• Group generated connections where possible (optional)
  This option appears if the previous one is enabled. When enabled, the generated connections will be automatically grouped according to their characteristics.
• Define connections automatically (optional)
  Selecting this option defines the necessary operations for joints where this is possible, based on the information available in the connection libraries. Both previously created connections and those generated during the process initiated by clicking the "Generate" option will be defined. Select one of the following options from the drop-down menu to specify whether the connections are defined:
  • From the user's connection library
  • From the predefined connections
  • Or simultaneously

When clicking "Accept", the program will display the number of connections generated in an “Information” box.

Information

This option allows you to view information about the selected elements in the model in a pop-up window.

For example, the sections show the "Part reference", the "Assembly reference", the "Description", the "Material" and the "Length".

Search for connections

This option allows you to search for connections by entering part or all of their reference text.

To do this, when you run the tool, a panel appears where you can enter the reference number of the connection you wish to locate. Connections whose reference number matches the text entered either fully or partially will be highlighted in magenta, depending on whether the "Only whole word" option is enabled or not.

Show/hide notifications

This option allows you to show or hide the symbols indicating warnings or errors that have occurred in the model.

Errors that occur while defining a connection in the connection editor are indicated by a marker placed over the connection.

Length

The first option available, "Length", allows you to measure the distance between several points.

After clicking on the option, use the left mouse button to mark two points on the model. The program will display the distance between them directly on the screen.

You can add several segments by clicking on further points in succession. When you do this, the app will calculate the sum of the lengths of each segment and display it next to the mouse cursor. To stop adding points, click the right mouse button. The sum of the lengths will then be displayed on the screen.

To clear the measurements, right-click again.

Area

The second option, "Area", allows you to measure the area of a polygon defined by points. To do this, use the left mouse button to select several points on the model that are on the same plane and form a closed outline. Then, click the right mouse button. The area of the polygon will appear on the screen.

You can enter several polygons consecutively. If you do so, when you right-click again, the app will calculate the sum of the areas of each polygon and display it next to the mouse cursor.

Angle

The following tool allows you to measure the "Angle" formed by three points. To do this, left-click to select the vertex of the angle and then select the two points that define its two sides. The value of the angle will appear on the screen next to its vertex.

You can enter several polygons consecutively. If you do so, when you right-click again, the app will calculate the sum of the areas of each polygon and display it next to the mouse cursor.

Count

Finally, the program allows you to "Count" the number of objects selected in the model. After clicking on the relevant option, you can select any of the model’s elements one by one using the left mouse button, or you can draw a selection area. The program will display the "Quantity" of selected elements next to the mouse cursor.

Calculate all connections

Firstly, you can "Analyse all the connections". After selecting this option, the window that appears allows you to specify the "Analysis" you wish to perform by ticking the "Stress/Strain", "Rotational stiffness" or "Buckling" boxes. Then, click "Accept".

The program then begins an analysis process, analysing all the modelled connections in the structure, one by one.

Once the analysis is complete, a "Final design report" is generated showing the results, including the "Total number of different analysed connections" and the "Number of analysed nodes", and highlighting any "Connections with issues during the analysis".

Analyse the selected connections

Secondly, you can "Analyse the selected connections". This option is useful for checking only those connections that have been modified.

After clicking on the option, select one or more connections with the left mouse button or with a selection area. Next, click the right-click button. In the window that appears, select the "Analysis" you wish to perform ("Stress/Strain", "Rotational stiffness" or "Buckling") and click "Accept".

The program begins the analysis process for the selected connections and, once completed, generates a "Final design report" containing the results.