These Structural courses cover a broad spectrum of topics, ensuring you stay current with industry standards and best practices.
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Master actionable strategies to quantify, specify, and reduce embodied carbon in structural steel projects without compromising structural performance.
A worked limit states design of the precast, pretensioned and post-tensioned NU girders in a continuous four-span river bridge, from fabrication through end of service life.
Design criteria, post-tensioning layout, load history and load effects for a four-span NU girder river crossing with two-stage post-tensioning.
A complete worked design of a precast, pretensioned NU girder for a single-span highway overpass made integral with its abutments.
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A worked end zone design for a pretensioned NU girder, covering shoe plates, strut-and-tie models, end zone reinforcement and bearing connections.
A complete worked design of pretensioned NU girders for a two-span, continuous highway overpass, from section properties through serviceability, camber and ultimate limit state checks.
Integral and semi-integral abutments, corrosion resistant reinforcing, bearing selection and design, deck joint movement checks and partial depth precast deck panels
Master non-linear analysis, interface mechanics, and advanced design principles to engineer resilient, high-performance steel-concrete structures.
Navigate scope creep and unexpected disruptions with agile strategies designed to keep your projects on time, on budget, and fully under your control.
Navigate the updated CSA S16:24 standard to proactively mitigate liabilities, bridge the gap between engineering and execution, and safeguard steel projects from costly delays.
