RKALC Home
Register
Log in
ConcreteKALC
Column
Beams
Punching Shear
Simplified Wall
Pad Footing
Dev Length
Minimum REO
About ConcreteKALC
STM Calculator
Wall
RKALC Diamond
Pile Cap
Coupling Beam
Corbel
User's Guide
About STM Calculator
SteelKALC
I Sections
Box Sections
Circular Sections
PFC
Composite
About SteelKALC
Analysis Verifier
Continuous Beams
Common Beams
Static EQ
WindKALC
Coupled Wall
Building Period
About Analysis Verifier
FEAKalc 2D
FEAKalc 2D
The KALC Suite
TribKALC
About TribKALC
CentresKALC
About CentresKALC
PileGroupKALC
About PileGroupKALC
MasonrKALC
Masonry Wall
GreenKALC
Concrete
Engineers Talk
The KALC Board
Q&A
RKALC Quiz
Dashboard
Contact Us
Blog
0 Messages
Subscriptions
Acknowledgement
of Country
© 2024 - RKALC of RK Software Solutions
Disclaimer
Cookies Policy
RKALC Diamond
Main STM Model
Complementary Bearing Check
Calculations
Theory
My Columns
Log in to activate
Inputs
Materials (MPa)
f'cs -Slab
fcc -Columns
fy
Geometry (Units mm)
Slab Depth
Cover to REO Centre
Effective Depth
Width of Col. Over
Length of Col. Over
REO% Col. Over
Width of Col. Under
Length of Col. Under
REO% Col. Under
Loads KN
Ultimate (KN)
Squash Col Over
Squash Col Under
Strut & Tie Check
Slab Joint / Eff .Stress (fce MPa)
Central Strut Capacity (KN) / CC Node
Load transfered via 4 inclined struts (KN)
Length of Tie Over (mm)
Length of Tie Under (mm)
Min 3D Anlge - Struts / Ties
Strut Effeciency Factor
Top Tie / Strut Angle (Projected/Degrees)
Bot. Tie / Strut Angle (Projected/Degrees)
Tie Force Over (KN)
Tie Force Under (KN)
Top REO (mm²)
Bottom REO (mm²)
Inclined Strut Force (each) (KN)
Stress in Each Strut (MPa)
Allowed Strut Stress (MPa)
Top Node Stress (MPa)
vs. max of
Bot. Node Stress (MPa)
vs. max of
Graphics
Plan
Elevation 1
Elevation 2
×
Send to Database
Project No:
Column Tag:
Column Level:
×
ShareKALC
Project No:
Column Tag:
Column Level:
Email Address:
Message:
Hi there, Could you review this Rotating Column?