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 the investigative process of structural failures in buildings, from root cause analysis to risk assessment and ethical reporting, ensuring safety and compliance in every project.
Master the fundamental principles of reinforced concrete design and analysis, equipping you with essential knowledge to build safe, durable, and efficient structures.
Master the critical load requirements and design strategies for safe, code-compliant rooftop and balcony structures.
