Course Description
Retaining walls must be designed so that foundation pressures do not exceed allowable bearing pressures, wall settlements are tolerable, safety factors against sliding and overturning are adequate, and the wall possesses adequate structural strength. Methods for evaluating earth pressures on retaining walls and design procedures are summarized herein for cohesionless backfill materials, which should be used whenever practicable.
Course Outline
1. Design considerations for retaining walls
2. Earth pressures
3. Equivalent fluid pressures
4. Design procedures for retaining walls
5. Crib wall
6. Excavation support systems
7. Strutted excavations
8. Stability of bottom of excavation
9. Anchored walls
Learning Objectives
Upon completion of this course you will:
Learn about forces acting on retaining walls;
Learn about active and passive earth pressures;
Learn how to design for surcharge and dynamic loads on retaining walls;
Learn how to apply the equivalent fluid pressure method in retaining wall design;
Learn the criteria to apply in selecting earth pressures as the basis of retaining wall design.;
Learn the importance of designing for overturning forces acting on retaining walls; and
Learn how to design for sliding forces acting on retaining walls..
Intended Audience
This course is intended for civil engineers, structural engineers, geotechnical engineers, geologists and other design and construction professionals wanting an introduction to methods and techniques designing retaining walls and excavation support structures..
Benefit for Attendee
This course will give engineers and other design and construction professionals an introduction to design of retaining walls and excavation support structures.
Course Introduction
This is an introduction to methods for design of retaining walls and excavation support structures.
Course Summary
This course will give you an introduction to the design and construction issues for excavation support structures and retaining walls.
