What is Scaffolding? Scaffolding provides temporary elevated platforms to safely support workers and materials during construction, repairs, and maintenance of structures and equipment. Scaffolds allow access to work areas above ground. Purpose of Scaffolding Here are some of the main purposes and functions of scaffolding in construction and civil engineering projects: Types of Scaffolding Systems…
The use of 3D structural design software is transforming the construction industry. These powerful programs allow civil and structural engineers to design and analyze complex projects with a level of detail and precision never before possible. According to industry research, over 75% of engineering firms now utilize 3D structural design software on some level. The…
Bending stress refers to the stress induced in a beam or structural member when external forces or moments are applied perpendicular to the longitudinal axis, causing bending. It arises when one part of a material is in tension while the other is in compression. The larger the bending moment and the longer the beam, the…
Adjustable metal brackets designed to securely join, fasten or provide support connections for horizontal beams in construction projects and structural engineering applications. They utilize sturdy, bolted joints to create reinforced stability points. Made from galvanized or stainless steel, beam clamps wrap around or attach to beams with indented gripping surfaces and shear resistance strength to…
Metal fixtures used to join, hang or support horizontal beams in construction projects. They are sturdy brackets made of galvanized steel or stainless steel that wrap around or clamp to beams to provide reinforced stability and weight-bearing capacity. Beam straps offer an alternative to traditional fasteners like bolts or welds for securing beams. They allow…
Mohr’s circle provides a fundamental visualization tool for performing complex stress and strain transformations vital within civil and mechanical engineering applications. Originated by mathematician Otto Mohr, the technique converts three-dimensional states of stress or strain into a graphical format enabling convenient calculation of principal values, orientations and more. Mohr’s circle uniquely transforms complex two-dimensional stress…