Coastal Engineering
Protecting slopes where land meets the sea
Methods, materials, and monitoring practices for coastal slope stabilisation along Italy's Tyrrhenian, Adriatic and Ligurian shores.
Methods, materials, and monitoring practices for coastal slope stabilisation along Italy's Tyrrhenian, Adriatic and Ligurian shores.
Key Topics
Coastal slopes in Italy face erosion from wave action, rain infiltration, and seismic loading. The articles below cover three interconnected technical areas applied by geotechnical engineers on Italian coasts.
Structural
Ground anchors, soil nails, and geogrid-reinforced retaining walls used to stabilise steep coastal faces against sliding and toppling.
Read article →Hydraulic
Horizontal drain boreholes, surface catchment channels, and sub-surface drainage layers that reduce pore-water pressure in unstable hillside formations.
Read article →Monitoring
Inclinometers, GPS benchmarks, and remote extensometers used to track slope deformation along the Italian Riviera and Calabrian coastlines.
Read article →Context
Marina di Massa coastline, 1959. Source: Touring Club Italiano / Wikimedia Commons (CC BY-SA 4.0)
Latest Articles
Structural
An overview of ground anchor types, installation depths, and load-testing protocols used along Italy's western and southern coasts.
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Hydraulic
How subsurface drainage networks and surface runoff management reduce hydrostatic pressure in coastal hillside formations.
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Monitoring
Sensor networks, inclinometer arrays, and satellite InSAR data used to track slope movement in high-risk coastal zones of Italy.
Read →Contact
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