Lesson 1: Introduction to Shearwalls
Lesson 2: Adjusting Units, Snap Increments, and Site Information
Lesson 3: Diaphragm Analysis
Lesson 4: Shearwall Design: Capacity vs. Deflection Based Force Distribution
Lesson 5: Shearwall Design: Deflection Analysis
Lesson 6: Hold-Down Design
Lesson 7: Single Shearwall Design: An Example
Lesson 8: Outputs, Data and Information Management
Lesson 9: Modelling Techniques and Tips
Lesson 10: The Speed of Structural Design in Shearwalls
Résumé du cours
Partie 4 : Dispositif de retenue et jambe de force
Introduction
This video covers Hold-Down Design and Drag Struts in shearwall analysis. It explains how the Hold-Down Design Table summarizes tensile forces, capacity, and force-to-capacity ratios, with a Design Summary page for quick pass/fail checks. Drag struts transfer loads from diaphragms above non-shear walls to adjacent shear walls, but their design is not included in the Program. In Canada, seismic design factors increase drag strut forces by 20% as per CSA 086.
Résultats de l'apprentissage
A la fin de cette leçon, vous serez capable de :
- Interpret hold-down design results in Shearwalls Program to assess tensile forces, resistance capacity, and critical response ratios for structural compliance.
- Analyze drag strut force distribution to understand load transfer from diaphragms above non-shearwalls to adjacent shearwalls in lateral force-resisting systems.
- Evaluate hold-down pass/fail criteria using design summary results to determine whether shearwall connections meet load resistance requirements.
- Apply CSA O86 seismic design standards to adjust drag strut force calculations and assess compliance with Canadian structural regulations.
Instructional Video (Part 4 of 7)
Video Run Time: 05:05 minutes
This video utilizes one project file and it is available for download below.