Plane failure determination for a 13m high rock slope, using the methodology proposed by US Army Corps of Engineers (Rock Reinforcement EM 1110-1-2907), and by using EzSlide computer software.
22.2.12
Basic Rock Slope Failure Types - Βασικοί Τύποι Αστοχίας Βραχώδους Πρανούς
Basic Rock Slope Failure Types and their corresponding stereographic projections
Βασικοί Τύποι Αστοχίας Βραχώδους Πρανούς και οι αντίστοιχες τυπίκες στερεογραφικές προβολές (Τεκτονικά Διαγράμματα)
7.2.12
URETEK ground improvement solutions (Slab lifting, deep injection, powerpile systems)
For over 25 years, URETEK® resin injection techniques have led the world in offering the most advanced and accurate systems for concrete slab lifting and stabilisation. Research and innovation has resulted in the unique URETEK Deep-Injection method of soil stabilisation.
New leading edge technologies are constantly emerging from within the Worldwide URETEK Group. These vary from the application of accurate Hyper-Optic impulse scanning of sub-surface conditions - voids, water, services - to the newly patented URETEK Stitch-in-time, which is a process for restoring, or creating, load transfer across breaks between adjacent sections of concrete pavement slabs.
5.2.12
Waste lanfill slope failure
Waste landfill slope failure in the island of Samos, in an area named "SINKING - ΒΥΘΙΣΜΑΤΑ" !!!! and probably for a good reason.
Unfortunately the appropriate attention did not take place during the geological and geotechnical investigation and design prior the construction of the project (if any).
Landslide Video
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