GEO5 versions

Performs detailed analyses for geotechnical designs
Oct 22, 2020
Jun 3, 2014
Review
May 16, 2013
Review
Jan 14, 2013
Review
Nov 9, 2011
Dec 26, 2011
Review
Aug 26, 2011
Review
Nov 26, 2010
Review
1.4
Jun 20, 2012
Review

What's new

v13.1 [Dec 26, 2011]
MSE Wall – Mechanically Stabilized Earth Walls design
Modelling of water as a result of ground water flow analyses (FEM)
Seismic design according to EN 1998, dynamic effect of water
New method of determination of pull-out bearing capacity of nails
Consolidation analysis of non-homogeneous layered soil
Improved output reporting system:
RTF export
Compatibility with Office 2010
Smart word wrap
New explorer window
Unicode (national symbols support)
New way of passing soil type and its parameters among programs
Spread footings, Piles - Simplifications of calculations according to EN 1997, Design approach no. 1
Pile – implementation of settlement limit for nonlinear load curve
Terrain – new faster internal solver
Terrain – DXF import in construction stages
Walls – possibility to choose vertical earth wedge
Walls – influence of earthquake on soil wedge
Walls – modification of earthquake influence on wall under water
Walls and sheeting - dynamic water pressure in front of the structure
Cantilever wall – earthquake analysis for pressure at rest according to EN 1998
CPT pile – partial factors revised according to EN 1997-2
Sheeting Check – reduction of subgrade reaction modulus below ditch bottom
Sheeting Check – more detailed output of internal stability
Walls – switch of geo-reinforcement to resisting forces
Slope stability – increase of normal stress due to anchors (Bishop, Fellenius)
Spread footing – load bearing capacity on rock subgrade according to EN – input of ɣQu partial factor
Spread footing – limitation of max. Qu value by 10Mpa resp. 5MPa
Spread footing – correction of tensioned spread footing dimensioning, floating point overflow
All walls – incorrect print messages of earthquake intermediate results eliminated
Spread footing – calculation modification of punching shear for unusual shapes of critical plane
All walls – correction of incorrect numbering of layers for intermediate results printing
Spread footing – elimination of unselected forces for eccentricity calculation of strip footing
Pressures – change of calculation of influence of strip surcharge (pressure at rest)
Nail – correction of nail stiffness export to Slope stability
Slope stability – correction of calculation according to Sarma for vertical anchor
Gabion design – correction of calculation of block weight under water
Pile – printing of alpha partial factor for Tomlinson method corrected
Slope stability – influence of inclined water level for Rapid draw down calculation added

v1.4 [Jun 20, 2012]
- Graphical printouts with table of soils
- Export of all topology in DXF format for 1D programs
- Safety factors and settings for Russia according to SNIPs
- Chinese language localization
- Settings for China, implementation of GB 50007-2002 standard
- Pre-defined slip surface when connecting to Slope stability, new defaults of connection settings
- Transfer of standard and coeficients settings during connections between programs
- New help system and helps
- National Annexes for Czech republic
- Reinforced concrete
- Russian standard SNIP 52-01-2003
- Chinese standard GB 50010-2002
- American ACI 318 standard 2011
- Limit strain method
- Concrete - possibility to compute other characteristics from strength in compression for own material
- Spread footing - Chinese standard GB 500072002
- Spread footing - Russian standard SNIP 2.02.01-83
- Earth Pressures, Walls - new way of computing eartquake effects for high slopes of terrain
- Slope Stability - new method according to Shahunyanc
Cantilever,Wall, Masonry Wall - possibility to check stem of wall on active pressure (earthquake)
- Slope stability - possibility to combine total and effective soil properties in one analysis profile
- Gabion - new material defaults
- Prefab wall, MSE Wall - possibillity to define shear strength between blocks
- Sheeting Design, Sheeting Check - simplification of input of friction between structure and soil
- FEM - georeinforcement with infinitive strength, new helps and rocommendations
- FEM - faster and more stable analysis of slope stability problem
- FEM, Plate, Settlement - improvement in black and white printouts of colored scale
- FEM - visualization improvement of pore pressure outputs
- Sheeting Check - output of earth pressures even when structure is not stable
- Plate - new boundary condition on line - internal hinge
- Plate - copy of diagrahms into clipboard
- Pile - ratio of reinforcement

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