APP0101AM – Introduction to Steel Sheet Piles

Description

Estimated Time: 2 hours

Language: English

Summary of the lecture

This course provides a comprehensive introduction to steel sheet piles and their role in modern infrastructure. Participants will learn how sheet piles function as retaining structures, understand their main applications, and discover the technical and sustainability benefits that have made them a widely adopted engineering solution. The module also explains the historical evolution of sheet piling technology and compares sheet pile solutions with alternative retaining-wall systems, helping learners understand where and why steel sheet piles provide the greatest value.

This course is ideal for civil engineers, structural engineers, architects, urban planners, contractors, developers, infrastructure owners, public authorities, engineering students, and anyone seeking a foundational understanding of steel sheet pile technology and its applications.

Learning Outcomes

At the end of this course, participants will be able to:

- Explain how interlocking steel sheet piles form continuous retaining structures and provide structural resistance, watertightness, durability, and installation flexibility.
- Identify suitable temporary and permanent applications for steel sheet piles, including ports, flood-protection systems, transport infrastructure, and environmental-containment projects.
- Relate developments in sheet-pile profiles, interlocks, steel grades, and combined-wall systems to improvements in structural capacity, installation productivity, material efficiency, and sustainability.
- Compare steel sheet piles with gravity walls, concrete structures, and other embedded retaining systems based on construction time, working space, watertightness, cost, environmental performance, and seismic behaviour.
- Evaluate the principal limitations of steel sheet-pile construction and select appropriate measures to mitigate noise, vibration, deformation, underground obstacles, and corrosion.
- Assess the environmental performance of sheet-pile solutions by applying circular-economy principles, distinguishing corporate emission scopes, and interpreting life-cycle assessment and Environmental Product Declaration information.