Triangular load
A triangular loads is a load that varies along a length, proportionally increasing. It is also referred to as a uniformly varying load. So at one side of a beam for example there is no load applied, but the load gradually increases towards the other end of the beam where the maximum load is applied. A practical example of where such loads would be found is a cantilever beam, where the maximum load is applied at the free end and the minimum at the fixed end.
See also: Uniformly varying 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.
Construction Management, 2 June
Construction deaths halve in two years.
Green Book changes to drive investment in all parts of UK.
Minimum energy efficiency standards (MEES)
CIAT briefing on response to consultations for privately rented non-domestic properties.
Connect, collaborate, shape the future
Registration now live for UK Construction Week Birmingham.
CIOB announces Saul Humphrey FCIOB as new President for 26/27 term.
A quick, simple, and zero-bills solution to prevent overheating.
The adaptive reuse of large industrial structures.
Promoting the circular economy by extending the life of buildings.
CIAT responds to Climate Change Committee report
An urgent wake-up call for both government and the built environment.
Construction Management, 24 June
FMB pilot aims to build pipeline of site-ready tradespeople.
A quick introduction.
CLC publishes Mental Health Joint Code of Practice.
A quick introduction to its uses and risks.