Triangular load - Revision history

Designing Buildings at 10:18, 2 March 2023

2023-03-02T10:18:45Z

← Older revision		Revision as of 10:18, 2 March 2023
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−	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, ~~which~~ gradually increases to the other end of the beam where the maximum load is applied. A practical example of where such loads would ~~apply~~ is ~~with~~ a cantilever beam, where the maximum load is applied at ~~one side~~ and the minimum at the ~~other, in some cases such as bridges structural elements may support the along the length decreasing the further along the beam they are~~ .	+	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	+	See also: Uniformly varying loads

	= Related articles on Designing Buildings =		= Related articles on Designing Buildings =

Editor at 14:29, 8 February 2023

2023-02-08T14:29:12Z

← Older revision		Revision as of 14:29, 8 February 2023
Line 1:		Line 1:
−	A triangular loads is a load that varies along a length proportionally increasing, it is also referred to as a uniformly varying ~~loads~~. So at one side of a beam for example there is no load applied, which gradually increases to the other end of the beam where the maximum load is applied. A practical example of where such loads would apply is with a cantilever beam, where the maximum load is applied at one side and the minimum at the other, in some cases such as bridges structural elements may support the along the length decreasing the further along the beam they are .	+	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, which gradually increases to the other end of the beam where the maximum load is applied. A practical example of where such loads would apply is with a cantilever beam, where the maximum load is applied at one side and the minimum at the other, in some cases such as bridges structural elements may support the along the length decreasing the further along the beam they are .

	see also: uniformly varying loads		see also: uniformly varying loads

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2023-02-08T14:28:45Z

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A triangular loads is a load that varies along a length proportionally increasing, it is also referred to as a uniformly varying loads. So at one side of a beam for example there is no load applied, which gradually increases to the other end of the beam where the maximum load is applied. A practical example of where such loads would apply is with a cantilever beam, where the maximum load is applied at one side and the minimum at the other, in some cases such as bridges structural elements may support the along the length decreasing the further along the beam they are .

see also: uniformly varying loads

= Related articles on Designing Buildings =

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* Braced frame.
* Concept structural design of buildings.
* Dead loads.
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* Flooring.
* Gross floor area GFA.
* Lateral loads.
* Limit state design.
* Live loads.
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* Uniformly Distributed Load.
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[[Category:DCN_Definition]] [[Category:Definitions]]