Usually there is a later component in a truss, or a diagonal element. However, I would expect some lateral element because structures are 3-D.cuddlesome said:If the loads are all vertical in a truss, will there be horizontal component on the hinge of the given truss?
Does the presence of the horizontal component depends on the design of the truss?
Yes - I would have thought that was pretty obvious looking at the diagram.cuddlesome said:Will there be a horizontal force component at A?
Thanks - I was worried that I sounded a bit condescending - then I noticed the cornel.edu address and figured this wasn't a grade4 student!FredGarvin said:Just to echo what mgb_phys mentioned
A truss structure is a type of engineering structure that consists of interconnected triangular units to form a rigid framework. Truss structures are commonly used in bridges, roofs, and towers due to their strength and stability.
The horizontal component at hinge refers to the force acting horizontally on a hinge joint in a truss structure. This force is typically caused by external loads and is crucial in determining the stability and strength of the overall structure.
The horizontal component at hinge can be calculated by using the method of joints or the method of sections in truss analysis. Both methods involve breaking down the truss structure into smaller sections and applying the principles of statics to solve for the unknown forces at the hinge joint.
The horizontal component at hinge can be affected by various factors, such as the magnitude and direction of external loads, the geometry and material properties of the truss structure, and the type of hinge joint used. Changes in any of these factors can alter the magnitude and direction of the horizontal component at hinge.
The horizontal component at hinge is an important factor in truss design and construction as it helps engineers determine the appropriate size and type of truss members, the necessary supports and connections, and the overall stability of the structure. It is also used to ensure that the truss structure can withstand expected external loads and forces without failure.