Description	Length	More information
Continuous beam calculation	8:06	From top to bottom - geometry, loading, and deflection diagrams:
Manage customized Section and Material libraries	7:04	In addition to the standard AISC sections, you may manage customized section and material property libraries
Manage the colors and topics of the graphics	6:40	Customize attributes of the graphics: colors, font, and line width and manage the default topics of the final report

frameBuilder training videos:

Our video presents 2 frame analysis. The first one is called 'DuctCover'. It is a simple 2D structure with 4 load cases and 3 load combinations. This example illustrates the complete 4 steps analysis from BaseFrame to the final report. The second one is 'Hallway'. It shows how to build a complex 3D model from a simple 2D BaseFrame.

Description	Length	More information
What is BaseFrame	3:02	Frame analysis starts with a BaseFrame. This video shows how easy it is to create a BaseFrame
4 steps frame analysis DuctCover
	4:32	Enhance BaseFrame to become a completed 2D frame
Enhance BaseFrame to a completed 2D frame	10:42
Apply loading	23:01	Defines 7 load cases - 4 primary and 3 load combinations. Only load combinations are compared to yield results
Obtain analysis result and validate it	10:52	Use 'Text report viewer' to navigate through the extensive text output and using the graphic output to validate the results
Prepare final report	4:44	How to use the default report topic template to write a comprehensive final report.
Hallway - build a complicated 3D model from a simple BaseFrame
Create BaseFrame of structure Hallway	4:20	From a 4X1 BaseFrame to a 3D model Enhance the BaseFrame to become a typical 2D frame Next, duplicate this typical frame to multiple locations to completed a 3D model.
Enhance BaseFrame to make a 2D typical plane	9:18
Duplicate this typical plane to build a 3D model	8:46
Check model geometry	8:41	Step-by-step instruction to check model geometry