Wide Flange Steel Columns
Posted by Adam Wilson in General Engineering, Latest News on July 30th, 2008
Wide flange steel columns are used in structural design to add strength and stability to a structure that will support heavy loads. Wide flange steel column are most often used in commercial construction, such as the construction of high rise buildings. A structural engineer has many different types of columns and materials to choose from when designing a high rise building.
Columns Used in the Construction of High Rise Buildings
When designing high rise buildings, structural engineers may utilize several different types of columns to support the structure. When designing a structure, the structural engineer must consider the design of stud walls, laterally loaded columns, and built up columns. He or she must also consider the effects of loading, sheer, and moment on the selected columns of the structure.
Columns may be constructed of steel, wood, concrete, or manmade building materials such as composites, solid sawn lumber, and glulams. The structural engineer considers the limitations and benefits of using each type of column and selects a material that meets the design specifications and budget limitations.
Wide flange steel columns help disperse the weight load of a structure back into the outer walls of the structure, making the building more stable even when fully loaded with furniture, equipment, and people.
Structural engineering involves designing stable structures through the use of various known physical properties and theories. Mathematical equations help the structural engineer design sound structures such as high rise buildings, homes, and bridges.
Structural engineers often utilize structural design software programs to help them sort through the many options available when designing a building. Structural engineering design software helps structural engineers adhere to local, federal, and international building codes while designing a structurally sound building within the client’s specifications and budget.
Structural engineers use wide flange steel columns is designing structures in many different areas of construction. Wide flange steel columns are a cost effective way for structural engineers to design stable, high rise structures. Specific design elements can drastically affect the stability and visual appeal of a structure.
Wide flange steel columns are an important part of the structural engineer’s tool kit when designing high rise buildings. Structural engineers can use structural design software programs to assist them in selecting the proper building materials and design elements to achieve spectacular results.
Why Choose StruCalc?
Fast, Intuitive User Interface
Our straight-forward UI is designed for efficiency, making complex structural calculations easy to navigate with minimal learning curve—so you can focus on design, not deciphering software.
Personalized Onboarding & One-On-One Support
When you need help getting started or expert advice on a complex application, our veteran team of support engineers are just a click or call away.
Extensive Application & Material Database
With hundreds of real-world use cases and a library of common construction materials, StruCalc provides everything you need in one powerful platform.
Powerful Solutions For Every Project


Beams & Columns
- Wood
- Concrete
- LVL & Glulam
- Masonry
- Steel

Retaining Walls
- Gravity Retaining Walls
- Cantilever Retaining Walls
- Counterfort Retaining Walls

Posts & Footings
- Isolated Footings
- Continuous Footings
- Embedded Posts

Roofs
- Roof Beams
- Roof Rafters
- Hip & Valley Beams
- Collar Ties
- I-Joists

Floors
- Floor Beams
- Floor Joists

Decks
- Deck Footings
- Deck Beams

Walls & Framing
- Shear wall
- Stud Wall
- Bearing Wall
Pricing & feature comparison:
Top-tier differences: |
StruCalc Pro: $89.97/mo |
ClearCalcs Pro: $119/mo |
Enercalc: $169/mo |
---|---|---|---|
Personalized Onboarding | |||
1:1 Engineering Support | |||
2024 IBC | |||
User Themes | |||
Concrete Beams | |||
Masonry Beams | |||
Wood Shearwalls | |||
2024 NDS | |||
2021 IBC | |||
2018 IBC | |||
2018 NDS | |||
Imperial Units | |||
Concrete Columns | |||
Metric Units | |||
Steel | |||
Solid Sawn | |||
I-Joists | |||
Glulams | |||
Structural Composite | |||
24+ Load Combinations | |||
LRFD | |||
ASD | |||
Beam & Joist Spans | |||
Live & Dead Loads | |||
Isolated Footings | |||
Continuous Footings | |||
Collar Ties | |||
Embedded Posts | |||
Hip & Valley Beams | |||
Flitch Beam | |||
Stud Walls | |||
Wind, Snow, & Seismic Loads | |||
Advanced Footing Loads | |||
Out of Plane Loading | |||
Multi-span Columns | |||
Bearing Walls | |||
Retaining Walls | |||
Linked Load Tracking | |||
Beam Analysis | |||
Wall Analysis | |||
Masonry Columns | |||
Concrete Walls | |||
Masonry Walls | |||
Wood Hangers | |||
Curved Glulams |
Packed with Features
Best pricing in the industry
No one else offers as many features as StruCalc. Get more for your money and join thousands of architects and engineers that have chosen StruCalc as their partner for structural calculation software.