Material:
Grade:
Grade:
Grade:
Strength:
Stability:
Flexibility:
Stability:
Flexibility:
Hollow round section column calculation
Strength:
Stability:
Flexibility:
Stability:
Flexibility:
I-beam column calculation
Section height h
mm
Wall thickness t
mm
Flange width b
mm
Flange thickness h1
mm
Column length L
m
Load N
kN
Scheme:
Strength:
General stability:
Wall stability:
Shelf stability:
Element flexibility:
General stability:
Wall stability:
Shelf stability:
Element flexibility:
Channel section column calculation
Section height h
mm
Wall thickness t
mm
Flange thickness t
mm
Flange width b
mm
Column length L
m
Load N
kN
Scheme:
Section:
Strength:
General stability:
Wall stability:
Shelf stability:
Flexibility:
General stability:
Wall stability:
Shelf stability:
Flexibility:
Angle section column calculation
Flange width a
mm
Flange width b
mm
Flange thickness t
mm
Column length L
m
Load N
kN
Scheme:
Section:
Strength:
General stability:
Shelf stability:
Flexibility:
General stability:
Shelf stability:
Flexibility:
Rectangle section column calculation
Strength:
Stability:
Flexibility:
Stability:
Flexibility:
Strength:
Stability:
Flexibility:
Stability:
Flexibility:
Profile pipe column calculation
Strength:
General stability:
Wall stability:
Flexibility:
General stability:
Wall stability:
Flexibility:
Information
Welcome to our online Column Buckling Calculator for assessing columns made from wood, steel, or concrete. Here, you can perform calculations to determine buckling behavior, bending strength, and axial load capacity of columns.
The calculator supports the following materials:
- Wood (three strength classes)
- Steel (ten strength classes)
- Concrete (nine strength classes)
Eight cross-section types are available:
- Circular cross-section
- Pipe (including column pipe calculation)
- I-beam
- Channel section
- Angle section
- Rectangular cross-section
- Square cross-section
- Square profile pipe
To perform the column calculation online, you need to:
- Enter the geometric dimensions of the cross-section as shown in the diagram.
- Specify the length of the column and choose the type of calculation scheme.
- Indicate the load applied to the column.
After clicking the "Calculate" button, you will receive a result showing whether the column meets the required strength, buckling, and stability criteria. For more detailed information, click the "Details" button to view parameters such as the cross-sectional area, material design resistance, applied stresses, radii of gyration along the X and Y axes, flexibilities along the X and Y axes, calculated column length, and the buckling coefficient.
Our calculator allows you to calculate buckling, bending strength, and axial load capacity of columns online, significantly simplifying the process of designing and analyzing structures made of wood, steel, or concrete. Whether you need to calculate a wooden column or a steel column, our tool will provide fast and accurate results.
Please note that our calculations are based on widely accepted international standards and methodologies, without reference to local regulations. This makes our calculator suitable for use in various regions and countries.
Recent updates:
- Added buckling check for columns.
- Expanded capabilities for calculating paired and cross-shaped angles.
- Added calculation for paired channel sections in box form and I-beams.
- Improved local stability checks for walls and flanges in various cross-section types.
- Optimized display of results and calculated parameters.
We are constantly working on improving the functionality of our calculator to ensure the most accurate and reliable results for your projects.
