Analysis and design of retaining structures manufactured using concrete elements, stacked blocks and gabions.
Capabilities
- System input using absolute heights
- Choice of analysis using either partial safety factors to DIN 1054:2005 or EC 7 or global safety factor (DIN 1054 old)
- Consideration of active and passive berms
- Consideration of active and passive bounded and double-bounded surcharges
- Consideration of horizontal area loads
- Triangular load from stepped loads
- Analysis using active earth pressure, at-rest ea th pressure and increased active earth pressure
- Active earth pressure coefficients to DIN 4085 or user-defined values
- Passive earth pressure coefficients to DIN 4085:2011, Streck, Caquot/Kerisel or user-defined values
- Verifiction of sliding safety, overturning safety and maximum geogrid forces
- Choice of analysis of bearing capacity using Danish standard depth coefficient
- Automatic design of any geogrids present using two-part wedge failure mechanisms
- "5% condition" test and correction through iterative reduction of shear friction angles that are above the current mean
- Calculation of settlements
- Limiting depth analysis using x % of overburden stress, a multiple of the foundation width or as a fixed value
- Determination of external and internal element stability
- Seismic effects via additional horizontal loads and/or altered earth pressure coefficients to EC 8 or EAU 1992
- Analysis of static equilibrium compliant with DIN 1055 or EQU compliant with EC 7Analysis of pull-out resistance of geogrids via gamma(B)
- Choice of result presentation for earth pressure, moments, horizontal force, vertical force and V · μ/H
- Interface to the GGU-STABILITY (slope stability analysis)
- Adopted standard, program name and version can be included in the General legend
- Freely definable positioning and sizing of graphical elements and legends
- Print or copy screen sections, e.g. for transfer to a word processor
- Integrated Mini-CAD system for additional annotation of graphics