Pylons are essential structures used in various applications, primarily in construction and engineering, to support overhead systems like power lines, bridges, and highways. They provide stability and safety by distributing loads and resisting environmental forces. Additionally, pylons can serve as visual markers or navigation aids in certain contexts, ensuring safe passage for vehicles and aircraft. Overall, they are crucial for maintaining infrastructure integrity and functionality.
The collective noun for pylons is "a cluster of pylons." This term is often used to describe a group of pylons, particularly in contexts such as electrical transmission lines or construction sites. Other terms like "a line of pylons" may also be appropriate, depending on the arrangement.
In the National Grid there are 876 thousand pylons.
Pylons - Web framework - was created in 2005.
No, pylons (or transmission towers) are not electric at the bottom. The electricity is carried through the overhead power lines that are attached to the pylons. The pylons are designed to support the power lines and keep them elevated above the ground.
No, pylons do not send electricity. Pylons support electricity-carrying cables or wires that transmit electricity from power plants to homes and businesses.
The pylons in lacrosse is the "box". The box is where you substitute players going on and off the field.
One of Our Pylons Is Missing was created on 1975-09-27.
Pylons must have ceramic or glass insulators to support overheard lines; this prevents the pylons from becoming "live."
Pylons which basically truncated pyramids were used to mark the entrance to a temple
Triangulation is used to determine the position of points on the Earth's surface, including pylons. Pylons use triangles in their construction because a triangle is a very strong and stable structure.
Pylons need cross bracing to enhance their structural stability and integrity. Cross bracing helps distribute loads more evenly, counteracting lateral forces such as wind and seismic activity. This reinforcement minimizes sway and deformation, ensuring the pylons can maintain their vertical alignment and support the weight of cables or other structures they carry. Ultimately, cross bracing increases the overall safety and durability of the pylon.
It is alternating current (AC) that is transmitted between electrical pylons.