You’re faced with the design of a steel truss for a monopitch roof spanning 18.35m. The roof is invariably enclosed hence is considered predominantly subjected to gravity loads, which scheme would you choose or consider more appropriate and why?
At the backdrop of any structural failure are lessons to be learnt, but do engineers actually learn anything?… Find out!
Indeed, the significance of quality information and understanding of the soil conditions on a site can’t be understated.
Approximately 50 years ago, the west gate bridge in Melbourne, Australia collapsed under construction killing over 30 people in what is now widely regarded as Australia’s worst construction accidents ever
Deciding the final choice of a bridge requires serious considerations, and depends important parameters, many of which correlates between construction program, cost and risk.
Every profession has it “modus of operandi”. It is expected that all engineers would be bounded by ethics. This post looks extensively at one of the ethical issues that posses a dilemma for many engineers, it concerns replacing an incumbent engineer on a project.
At approximately 22 minutes past 6:00 pm on 21st of August 2009, a train was travelling across the viaduct, when the train driver suddenly noticed a portion of the viaduct had begun to collapse
A windpost is a vertical element offering lateral support to cladding element typically made from masonry. Historically masonry elements were required to sustain only vertical forces and designed as principal load bearing elements
A significant opening within masonry walls will always require a lintel of some sort to bridge over it. In contrast to popular opinion, lintels are structural elements though classified as secondary structural elements whose primary function is to support the masonry that arches over the opening
This is the first post in a series on concrete bridges, the series will discuss in detail the various aspects of concrete bridge design and construction. This post introduces the concept and the key benefits of using concrete for bridges