Introduction of Arches reduces the bending moment at cross sections due to presence of horizontal force at the support whenever bridge is loaded and thus requirement of cross section is lesser. When triangles are easy to propagate and can have tension/compression only if used as 2-point member in bridges (forces acts only the end of any member not in between), Due to absence of bending moment it also reduces the cross-section requirement. Therefore, if we introduce arches and triangles cross section requirements of each small member get reduced.
so the bridge cant fall down when the cars are on it. And the triagles can keep i
ford circle can be used for bridge making
Isosceles triangles can be used in domes
Triangles are used extensively because they are fundamentally rigid, because three line segments can define one and only one triangle. Compare a trianlge to, say, a square, which could flex at its vertices to form a rhombus. If you take a square, however, and insert one diagonal, you basically have two triangles, which make the square rigid and not prone to collapse. Arches are also fundamental in architecture because of the way they distribute weight to the pillars that support them. Arches also convert horizontal and lateral forces to vertical ones.
No it can only be used with right angle triangles.
one example is in a bridge.
Triangles
A Warren Truss Bridge is used to cross certain obstacles. The Warren Truss bridge is Constructed with equilateral triangles so, this relieves of Compression and Tension.
Steel
Triangles are used in trusses to make the unbalanced foces zero in theory.Practically, some unbalanced force remains but it is minor and can be neglected.
metal steel
the used the arches to build magnificent art and so they could use less bricks and also so you can go threw the bridge or wall! :)
I have no idea!! I'm trying to find out too!
Isosceles triangles can be used in domes
Triangles are used extensively because they are fundamentally rigid, because three line segments can define one and only one triangle. Compare a trianlge to, say, a square, which could flex at its vertices to form a rhombus. If you take a square, however, and insert one diagonal, you basically have two triangles, which make the square rigid and not prone to collapse. Arches are also fundamental in architecture because of the way they distribute weight to the pillars that support them. Arches also convert horizontal and lateral forces to vertical ones.
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