Description

• Cantilevered retaining wall with straight or inclined walls
• Optionally with a spur, cantilevered plates, projections, facing masonry and a vertical spur
• Variable horizontal soil stratification and optional consideration of backfill
• Horizontal and inclined ground surface
• Representation of different construction stages as excavation stages with slopes
• Entry of groundwater levels to consider buoyancy
• For the accurate internal modelling of the structural system (e. g. ground surface and soil stratification), it is possible to import DXF graphics as a background
• Several load cases with vertical and horizontal concentrated loads, vertical line loads as static or dynamic load as well as concentrated moments, consideration of earthquake loads
• Various earth pressure assumptions (active, increased active, earth pressure at rest) for the wall design and the stability verifications, optional assumption of compaction earth pressure and earth pressure redistribution
• Stability verifications: overturning, sliding, ground failure and base failure
• Verification of hydraulic ground failure at different water levels in front of and behind the wall
• Calculation of soil pressure and settlement
• Reinforced concrete design of the wall
• Optimisation of the foundation width
• Detailed output of the individual load cases as text and graphics
• Output options: printer, PDF
• Interfaces: RTF export to MS Word, graphic export in JPG format, DXF export

Foundation engineering standards

• EN 1997-1
• DIN EN 1997-1
• ÖNORM B 1997-1-1
• NF EN 1997-1
• BS EN 1997-1
• UNI EN 1997-1 with NTC 2018
• EN 1998-5
• DIN 1054
• SIA 267

Reinforced concrete standards

• EN 1992
• DIN EN 1992
• ÖNORM B 1992
• NF EN 1992
• BS EN 1992
• UNI EN 1992
• DIN 1045
• SIA 262
• ÖNORM B 4700
• BS 8110