Description

Slope stability acc. to Eurocode 7 (DIN EN 1997-1 with DIN 1054:2010, OENORM B 1997-1-1, NF EN 1997-1, BS EN 1997-1, UNI EN 1997-1 with NTC 2008, UNE EN 1997-1 with DB SE-C and free settings) / DIN 1054:2005 / DIN 4084 / SIA 267

Approach acc. to Krey-Bishop (sliding circles) and Janbu (arbitrary sliding planes)

• Support of all the 3 Design Approaches acc. to Eurocode 7
• adjustable for any country
• with earthquake analysis acc. to Eurocode 8-5 and SIA 267
• Free surface and layer course
• Different load cases, dead and live loads
• Earth quake loads
• Consideration of anchors
• Buildings (weight) and components (shear force)
• Pore water pressure and excess pressure
• Impermeable layers
• Iteration of center and/or radius
• New iteration method for straight-line sliding planes acc. to Janbu:
  Particle swarm optimization (PSO)
• Automatic determination of the minimum safety
• Extensive result output
• Graphics and text results
• Simple changes with double click
• Copy/paste of elements
• Data import from DC-Pit/DC-Underpinning
• automatic slope stability verification from DC-Pit by using DC-Slope
• with graphics elements to draw and label in the result graphics
• import of DXF graphics as a background
• Export graphic in JPG format (e.g. for Word)
• English, German, French, Italian, Romanian, Bulgarian, Russian language

Integrated foundation engineering with interface to DC-Slope see program DC-Integra

Version française: DC-Talus
Versione italiana
Versiunea romana