Galloping in transmission lines, an engineering phenomenon, occurs when wind-induced vibrations cause overhead power lines to oscillate vertically. These rhythmic movements can create severe mechanical stress on the lines and towers, potentially leading to power outages or equipment failure. To combat this issue, engineers employ transmission line dampers, which are designed to absorb the kinetic energy and mitigate the movement. Dampers work by altering the lines' natural frequency or providing resistance against the aerodynamic forces causing the galloping. By doing so, they ensure the stability and reliability of the electrical grid, even under adverse weather conditions where such galloping is most prevalent.