Masonry Structural Design for Low-Rise Buildings: The Alternative Path
Engineering handbook for masonry structural design for low-rise buildings, covering the alternative path — allowable-stress design, chapter 7 & 8:...
Every page in the KEVOS library tagged Structural Engineering. 10 pages.
Engineering handbook for masonry structural design for low-rise buildings, covering the alternative path — allowable-stress design, chapter 7 & 8:...
Engineering handbook for masonry structural design for low-rise buildings, covering context and scope, the invisible structural system hiding in plain sight, the...
Four milestones in spanning a gap and standing up, using materials strong in compression and nearly useless in tension.
Four milestones in which building height stopped being limited by structure and started being limited by economics.
Two celebrated bridges and one destroyed one. The collapse taught the profession more than either success, and the mechanism is still widely taught wrongly.
Four milestones showing what changed in civil engineering once dynamic behaviour could be analysed properly and construction method became the primary design driver.
Three projects, three constraints, one lesson: at civil scale the hard engineering is in measurement, power distribution and load path, not in the visible structure.
Three milestones in which metal replaces masonry as the primary structural material, and in which someone tests it before building with it.
Four milestones in which builders working without any theory of statics arrived, by observation and by failure, at a structural system of remarkable efficiency.
Three milestones in which a ship stopped being a shaped assembly of timbers and became a designed structure with a calculated stress distribution.