Learn the key principles governing the design, installation, and maintenance of sheet pile structures. This module covers soil behaviour, loads, failure mechanisms, calculation methods, cost optimization, corrosion protection, and driving techniques. It also introduces structural-health monitoring and shows how reliable data can support maintenance, safety, and service-life extension.
Fire resistance
Full Code
APP0103AM225
Module Type
E-learning
Description
None
What you will learn
• Define key fire design parameters, including fire load density ($q_f$), rate of heat release (RHR), and standard versus natural fire temperature-time curves.
• Analyze how elevated temperatures impact the mechanical yield strength ($K_s$) and stiffness ($K_e$) of structural steel.
• Evaluate the influence of section thickness (thermal mass) and surrounding soil/groundwater conditions on the thermal response of a sheet pile wall.
• Differentiate between active fire protection measures (e.g., automatic sprinklers, smoke detectors) and passive solutions (e.g., intumescent coatings, sprayed insulation, fire-resistant boards, concrete encasement).
• Calculate the reduced plastic moment resistance ($M_{rd}$) of a sheet pile cross-section at high temperatures using specified reduction factors.
• Select appropriate design and simulation tools (such as the two-stage thermal/structural finite element software SARI or the simplified six-step verification process) for underground structure applications.
Module content
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