Structural Analysis and Design Software

Home
Solutions
Industries
Application Areas
Standards
Online Services
Products
RFEM - FEA Software
- RFEM - 3D-FEA Program
- RFEM Add-on Modules
  
  Reinforced Concrete Structures
  
  Steel and Aluminum Structures
  
  Timber Structures
  
  Glass Structures
  
  Towers and Masts
  
  Connections
  
  Dynamic Analysis
  
  Piping Systems
  
  Tensile Membrane Structures
  
  Others
RSTAB - Frames & Trusses
- RSTAB - Frame Analysis
- RSTAB Add-on Modules
  
  Reinforced Concrete Structures
  
  Steel and Aluminum Structures
  
  Timber Structures
  
  Towers and Masts
  
  Connections
  
  Dynamic Analysis
  
  Others
Cross-Section Properties
- SHAPE-THIN - Thin‑Walled and Cold‑Formed Cross‑Sections
- SHAPE-MASSIVE - Thick-Walled Cross-Sections
Stand-Alone Programs
Support & Learning
Support
Service
Learning
Social Networks
- Facebook
- Dlubal Forum
- YouTube
- Twitter
- LinkedIn
- Pinterest
- Instagram
- TikTok
News & Events
News
Training
Events
Dlubal Calendar
- Google Calendar
Downloads & Info
Full Version for Testing
- Free Full Trial Version
Examples and Tutorials
Documents
References
Education
Students
Schools
E-Learning
Infotainment
- Good to Know
- Introduction to Structural Analysis and Design
Company
About Us
Contact
References

Ideal Shear Stiffness of Stiffening Bracing

Formula

Customer Support 24/7

Knowledge Base

In addition to our technical support (e.g. via email, chat), we also offer an extensive range of free online services available 24/7 on our website.

000920

Ideal shear stiffness of stiffening bracing

$s_{id} = E_{D} \cdot A_{D}' \cdot \sin {(α)}^{2} \cdot \cos (α)$

s_id	Ideal shear stiffness of stiffening bracing
E_D	5 % quantile of diagonals' modulus of elasticity
A_D'	Notional cross-sectional area of diagonals
α	Angle between diagonals and chords

Ideal Shear Stiffness of Stiffening Bracing

Keywords

Ideal shear stiffness

Write Comment...

Write Comment...

First steps

First steps

We provide information and tips to help you get started with the basic program RFEM and RSTAB.