Concurrent Force
Concurrent force is a system of forces in which all the forces involved act at the same point or have a common point of intersection. In other words, the lines of action of these forces intersect at a single point in space. This point where the forces meet is known as the point of concurrency. All of the forces act at the same point. The concurrent forces are \(F_1\), \(F_2\), and \(F_n\).
In engineering, physics, and other fields related to mechanics, analyzing concurrent forces is important for understanding how multiple forces act on an object or structure. When forces are concurrent, you can simplify their analysis by considering their effects on the object at their common point of intersection.
Mathematically, to analyze concurrent forces, you typically use vector addition or vector resolution techniques. These methods allow you to determine the net force and direction of the resultant force when multiple concurrent forces are applied to an object. This analysis is fundamental in solving problems related to equilibrium, stability, and the behavior of structures or objects under the influence of forces.
Concurrent Force formula |
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\( R = F_1 + F_2 \;+ ... + \;F_n \) | ||
Symbol | English | Metric |
\( R \) = resulting force acting on object | \(lbf\) | \(N\) |
\( F_1 + F_2 \;+ ... + \;F_n \) = concurrent forces acting on a point | \(lbf\) | \(N\) |
Tags: Force