As solar energy continues to gain traction, more rooftops are being transformed into mini power stations. But beneath every successful solar installation lies a crucial step that often goes unnoticed: structural calculations. Before a single panel is mounted, it’s essential to understand how the added loads, both dead and live loads will interact with the […]
Supporting the Solar Shift, One Roof at a Time Read More »
The increasing sizes of telecommunication antennas mean increasing load demands on existing towers. In many cases strengthening of existing towers is unavoidable. The common strengthening method of introducing additional members has some significant disadvantages such as weight and the windage area increase. An alternative strengthening method being investigated is the strengthening of tower legs or
The shape and surface area of an antenna are critical factors that determine how telecom structures handle wind forces. Drag, the resistance caused by wind, directly impacts the stability of these structures. Understanding how antenna geometry influences drag is essential for designing efficient and resilient telecom towers. The geometry of an antenna dictates how air
How Geometry Influences Drag: Key Insights for Telecom Structures Read More »
It is interesting to understand how a bolted joint carries a direct load. A fully tightened bolt can survive in an application that an untightened, or loose bolt, would fail in a matter of seconds. When a load is applied to a joint containing a tightened bolt it does not sustain the full effect of
The importance of Preload in Bolted Joints Read More »
Concrete Imaging and Scanning generally refers to a group of non-destructive tests (NDT) that used to obtain post -installation information about concrete structures. Several Imaging and Scanning technologies have been developed over the past few decades but one key one for the telecoms industry is Ground Penetrating Radar – GPR Concrete scanning might become necessary in
NDT Methods for Concrete Imaging and Scanning Read More »
Advances in telecoms structural engineering have continuously brought about structures with better suitability and reliability. One such area is in antenna mounting systems (AMSs) which ultimately attach the ancillaries to support structures and preserve the ability of ancillaries to maintain efficient signal receival and transmission and reduce inefficiency. Generally, AMSs exhibit a range of weights
Antenna Mounting Systems Read More »
In our modern communication, where our interconnected world relies on seamless signal transmission, telecom towers are the unsung heroes of our digital age, enabling the flow of data that keeps us connected. At the heart of this reliability lies the structural integrity of telecom towers, which bear the weight of antennas and facilitate the transmission
The Impact of Telecom Tower Deflection on Signal Quality Read More »
One method commonly employed for the installation of telecommunication ancillaries involves mounting poles directly onto walls at specific elevations, utilising the wall as the primary structural support for bearing the ultimate load reaction from the steelwork. However, the suitability of the wall to support additional loads, such as elevated antennas, raises concerns, particularly regarding concrete
FAILURE MODES OF MASONRY WALL SUPPORTING WALL-MOUNTED POLES Read More »
