Cable tension is the force applied by a cable to a structure or object. It is calculated using the formula T = Fcosθ, where T is the tension, F is the force applied, and θ is the angle between the cable and the horizontal or vertical axis.
There are several factors that can affect cable tension, including the weight of the object or structure being supported, the angle of the cable, and the material and diameter of the cable. Other factors such as wind or seismic activity may also influence cable tension.
Cable tension refers to the force applied by the cable, while cable reactions refer to the forces experienced by the structure or object where the cable is attached. Cable tension is a result of the cable pulling on the structure, while cable reactions are a response to the tension and other external forces acting on the structure.
Engineers use various methods and calculations to determine the appropriate cable tension for a specific structure. This includes considering the weight and load distribution of the structure, as well as the strength and properties of the cable and its connections.
There are several methods for measuring cable tension, including using load cells, dynamometers, and cable tension meters. Engineers may also use strain gauges or other instrumentation to measure the strain or deformation of the cable, which can then be used to calculate the tension.