The course Stability of cuttings, embankments and slope-stabilisation works offers you a unique opportunity to enter a rapidly expanding sector, where the demand for qualified professionals is constantly growing. At present, the safety and stability of infrastructure are top priorities, and knowing the right techniques for managing slopes and embankments is crucial. This course will provide you with the skills necessary to understand and apply effective methods in the design and maintenance of support systems. You will learn about excavation slopes and the importance of earthworks and rock-fill embankments, as well as the basic elements required to develop effective retaining structures. The online format allows you to access the content flexibly, adapting to your needs and learning pace. Taking this course will open the doors to a field with great prospects and equip you with the essential tools to to highlight in the field of civil engineering.
Stability of cuttings, embankments and slope-stabilisation works
Civil Engineering and Structures
35 hours
Introduction
Objectives
- To understand slope stability in earthworks and its impact on safety.
- To analyse design methods for earth embankments and rock-filled embankments with a view to improving their durability.
- To identify critical factors affecting the safety of slope-stabilisation works.
- To evaluate reinforcement techniques to optimise the stability of embankments.
- Apply technical criteria when selecting suitable support systems.
- Interpret geotechnical data relevant to the design of safe cuttings.
- To develop effective strategies for the prevention of landslides on slopes.
Table of Contents
TEACHING UNIT 1. TYPES OF SLOPES AND THEIR MOVEMENTS
1. The influence of the type of material
2. Types of movements
3. Landslide
4. Calculation of slope stability in soils
TEACHING UNIT 2. SETTLEMENTS ON EMBANKMENTS
1. Settlement due to insufficient compaction of the embankment
2. Settlement caused by the subsidence of the embankment’s foundation
3. Settlements at the entrances to masonry structures
4. Settlement caused by subsidence of masonry structures
5. Settlements in road-widening projects
TEACHING UNIT 3. SUPPORT MEASURES
1. Piles
2. Micropiles
3. Anchors
4. Jet-grouting
5. Stabilisation drainage
6. References
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