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 »
To remain competitive in the changing business landscape, Telecoms structural engineering firms recognise the value of incorporating software engineers into their teams. Here, we explore some advantages of this approach, examining how software engineers can enhance the effectiveness of structural engineering teams. In summary, this interdisciplinary approach makes it easier to meet growing demands for
From Cell Towers to Code: Merits of Software Engineers in Telecoms teams Read More »
In the realm of telecom infrastructure development, precision and efficiency are paramount. Traditional methods of surveying telecom structures have undergone a revolutionary transformation with the advent of Lidar technology. Lidar, which stands for Light Detection and Ranging, utilises laser beams to measure distances and create detailed 3D models of objects and environments. While previously used
Streamlining Telecom Structure Surveys with Lidar Technology Read More »
Failure modes of anchor fasteners refer to the different ways in which fasteners can fail when used in concrete structures. These modes can be categorised as failure of anchor (steel) or the parent material (concrete). These can also be categorized as tension, shear or combined failure, as shown in the attached image. Here are some
Failure modes of fasteners in concrete Read More »
The ever-increasing demand for better connectivity means a constant upgrade of the telecommunications network. Put simply, the number of antennas and their sizes are increasing. Practically, this means existing infrastructure, such as towers, needs to support heavier and heavier loads. In previous blogs, we have touched on tower strengthening to improve capacity. However, what happens
Why do we need Foundation Strengthening? Read More »
For telecommunications structures, members in compression play a significant role in the overall structural behaviour. Such members are often seen in lattice towers, monopoles, tripod and quadpod braces, and ancillary support poles. Therefore, examining buckling, a standard failure mode of such elements, is always pertinent. Buckling, a major type of instability refers to the sudden
Elastic Instability – Buckling Read More »
The choice of anchor and the method used to calculate its capacity are essential for a successful installation. One critical factor in anchor calculation is the condition of the concrete into which it is installed. Concrete can be either cracked or uncracked, and this distinction significantly impacts anchor performance. Cracked vs. Uncracked Concrete Uncracked concrete
Cracked and Uncracked Concrete in Anchor Calculation Read More »
“All models are wrong, but some are useful”. This aphorism coined by George Box for statistical models may also have a grain of truth about structural models. Often in telecoms structural analysis, assumptions are made to simplify the calculation process or fill in for missing data. A good engineer will ensure that these assumptions are
Limitations of Structural Models Read More »
A common pitfall in telecoms structural design is to solely consider the proposed structure from the viewpoint of the ancillary (antennas/dishes) operability. This is natural, after all, functioning ancillaries are what make money. However, it is very important to not forget the human element. These ancillaries must be installed/rigged by real people who need to
Rigger Safety in Telecom Structural Design Read More »
