Coupled loads
Coupled loads are less common in buildings but may be relevant in some cases, they describe equal but opposite forces that might act on the same span, resulting in turning or spin if not in balance. For example if on one side of a beam a downward force is applied and on the other side of a beam an upward force of the same amount is applied, the loads are referred to as coupled loads.
[edit] Related articles on Designing Buildings
- Bearing capacity.
- Beam and block.
- Biaxial bending.
- Braced frame.
- Concept structural design of buildings.
- Dead loads.
- Finished floor level.
- Flooring.
- Gross floor area GFA.
- Lateral loads.
- Limit state design.
- Live loads.
- Load-bearing wall.
- Point load.
- Resilient flooring.
- Structural engineer.
- Types of floor.
- Types of structural load.
- Uniformly Distributed Load.
- Wind load.
Featured articles
Check out some of the best features and news from Designing Buildings as well as key stories from around the web.
An extraordinary record of steel engineering worldwide.
Households living near new pylons to save on bills.
ECA warns growth must not outpace grid capacity or skills.
The role of the client and decision making
CIOB response to built environment professions call for evidence.
Construction's sustainability reporting revolution
Tracking upfront embodied carbon with digital tools.
ECA welcomes procurement reforms
Public spending must back British jobs and skills.
Campaigning for Edinburgh: the Cockburn Association 1875-2049
The role of the civic voice in protecting character. Book review.
CIOB photography competition is open for entries.
ECA Edmundson apprentice of the year award
Finalists announced.
Major new study exposes serious knowledge gaps.
Generating energy from internal light as well as sunshine.
ECA welcomes plans to strengthen subcontractor quality control.
Comments
[edit] To make a comment about this article, or to suggest changes, click 'Add a comment' above. Separate your comments from any existing comments by inserting a horizontal line.