Autodesk Advance Steel

Advance the Autodesk Advance Steel project by clearing groups and grid dispersions, setting grid counts and spacing, then model the portal frame, RCC pedestrian, and key connections.

Learn to set up a grid in Autodesk Advance Steel by selecting two points, defining the origin and second point, and adjusting the scale to millimeters for an accurate layout.

Modify grids in both directions by adjusting the number of groups and the sequence, then update the total labeling to reflect new grid configurations.

Model the frame in Autodesk Advance Steel by creating a portal frame, choosing default sections, and setting height to 8500 and eaves level to 7000, then previewing with blocks.

Model the rolled i section in Autodesk advance steel by selecting start and end points and midpoint, then apply perpendicular option and flange middle option to finalize orientation.

Learn to add a colombian connection by using the connection world, selecting the column and beam, configuring haunch, thickness, projection, group settings, and stiffness for a complete connection.

Learn to copy a connection in Autodesk Advance Steel using the joint copy tool, selecting the source connection and target objects to reproduce the arrangement on the opposite side.

Learn to create a beam-to-beam joint in Autodesk Advance Steel, adjust haunches, configure bolt groups, and set stiffeners and inner plate thickness for a precise connection.

Move a beam to the opposite side by 500 in Autodesk Advance Steel using a base point, then extend columns by 500 along a straight line using value input.

Learn how to rotate a column by 90 degrees using the positioning options, with simple left-clicks to set the angle and apply the change.

Fix a misaligned column crossing a beam in Autodesk Advance Steel by selecting the element and adjusting its dimensions to align with the central line.

Copy a complete arrangement from one grid to another by selecting the intersection, using the copy command, and choosing a base piece; confirm with enter.

Model the beam from point A to point B, select the section, and copy it in a chosen direction. Use the tools to set four copies in one go.

Implement the gable wall end plate connection in Autodesk Advance Steel by selecting the wall element, adjusting the intermediate distance to 150, and copying the arrangement to adjacent regions.

Learn to create a corner connection for a gable wall end plate in Autodesk Advance Steel by configuring the beam-column connection, side fixing, stiffener, and corner finish.

Copy a beam column connection arrangement in Autodesk Advance Steel by selecting the object, right-clicking to copy the subject, and replicating the same connection on multiple sides.

Copy the beam arrangement to the opposite side using the replication tool, adjusting copy distance, then configure a double-sided bolted connection in the connection world with plates and bolts.

Create and replicate a middle vault connection in the connection world by selecting the double-sided joint, adjusting bolt and distance settings, and copying the arrangement to adjacent elements.

Create a single sided in place edge joint with platform B, modify bolt and hole details, adjust horizontal and vertical spacing, then copy the joint to additional regions.

In Autodesk Advance Steel, propagate joints across elements by copying a joint, selecting targets, and using right-click commands to apply the propagator joint, ensuring consistent connections on all sides.

Learn to build a base plate connection in Autodesk Advance Steel by configuring anchor details and adjusting top baseplate projections for symmetric joints.

Clear the base plate for a column, adjust anchor details and angles, then copy the same arrangement to other columns using the drawing copy multiple tool while removing unwanted joints.

Learn how to fix joint propagation issues in Autodesk Advance Steel by using the joint copy multiple tool, selecting the target columns, and completing the copy with right-click.

Learn to duplicate and reposition secondary beams in Autodesk Advance Steel using copy and transform element, adjust size, and apply match properties across multiple objects.

Place the secondary beam on top of the main beam by aligning the top line and moving the beam to the top level, preparing for the next lecture on connections.

Create and propagate a joint between the primary and secondary beams in Autodesk Advance Steel, adjusting bolt holes, distances, and group settings to fit the project.

Complete the basic modeling by selecting arrangements, duplicating them to the right with six copies using the copy option, and applying modifications to position the replicated elements.

Rotate the model, select the X and Y groups, and enable show only selected object views to display the X and Y direction and the line.

Model an RCC pedestal in Autodesk Advance Steel by creating a concrete column, setting length to 2700 mm, orienting at 90 degrees, and adding the footing.

Demonstrates copying and transforming RCC pedestal components in Autodesk Advance Steel using a 5000 unit grid increment, selecting objects, and applying shifts along the x and y axes to replicate elements.

Model wind bracing in Autodesk Advance Steel by making all elements visible and applying the road person joint with a system line, then adjust diagonal and bracket dimensions.

Copy the wind bracing arrangement in Autodesk Advance Steel by choosing between copy joint or copy multiple, then select objects, rotate the arrangement, and copy it along the system line.