EMA Poles are common telecom structures in city centres. EMA poles are usually held by standoffs attached to a plate and connected to a wall through anchor bolts. The forces generated causes the anchors to want to pull out from the wall. Historically, these anchors are held by chemical resins injected into the wall. Click […]
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Lattice towers can be braced in various configurations (see image) but have you ever wondered why a particular configuration is selected? Braces are needed to keep a structure stable and prevent it from swaying or drifting since most towers act as a cantilever system. They transfer lateral loads from the tower to the ground and
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As a structural engineer, it is easy to become so focused on design and analysis that you neglect other valuable skills that can help you excel in your field. While knowledge of codes, standards, and structural theory is essential, it is equally important for engineers to have a diverse range of skills and well-rounded knowledge
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Deflection in telecommunication structures refers to the deformation or displacement of a structure from its original position under load. Deflection is a serviceability limit, that is, it does not automatically constitute structural failure, thus there are often differing requirements on the acceptable levels of deflection. There are typically two categories of deflection limits considered in
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“Why do you consider the safety factor of 1.5 instead of 1.3, or why deliberately increase the pole size to CHS114.3 if CHS88.9 would work? – It is for conservatism.” Sometimes we like to use of the word “conservative” to imply that we’re assigning values that we know to be too large (or too small,
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The major responsibility of engineers in society is to design and implement systems that make it easy to navigate our immediate environment. Telecoms infrastructure makes communication easier in our built environment. However, suppose these telecom infrastructures are not properly designed. In that case, it could lead to a catastrophic event which could lead to loss
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As engineers, the importance of analysing a structure using fundamental engineering principles cannot be over-emphasized. Without a doubt, the development of software for engineering design and analysis is one of the greatest engineering breakthroughs, assisting in carrying out complex calculations quickly and accurately. However, today’s alarming trend is that many civil/structural engineers are heavily reliant
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There are three key considerations in the structural design of resilient and optimal telecoms infrastructure: The first is to ensure that the structure being designed does not fail. This involves understanding the proposed orientation of the structure, what loads the structure will face, the load path through the structure, the internal and external stability of
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