User Manuals

3

Enhance Your GEO5 Experience with Our Interactive Online Help
GEO5 FEM Theoretical Guide – 2009
GEO5 2022 User Guide – Comprehensive Overview

Engineering Manuals

52

Engineering Manual No. 52: Editing a Template in the Laboratory Program
Engineering Manual No. 51: Using Formulas in Templates with GEO5 Stratigraphy
Engineering Manual No. 50: Basic Work with the GEO5 Point Cloud Program
Engineering Manual No. 49: Conducting Geological Surveys with the GEO5 Data Collector Mobile App
Engineering Manual No. 36: Verification of a Micropile Foundation Using GEO5
Engineering Manual No. 48: Dynamic Earthquake Analysis of a Driven Tunnel Using GEO5 FEM
Engineering Manual No. 47: Importing and Exporting Field Tests and Templates in GEO5 Stratigraphy
Engineering Manual No. 46: Modeling Earthworks and Calculating Volumes Using GEO5 Stratigraphy
Engineering Manual No. 45: Using the “Annexes” Feature in GEO5 for Enhanced Output Documentation
Engineering Manual No. 44: Creation of User-Defined Templates in GEO5 Stratigraphy
Engineering Manual No. 43: Interpretation of Field Tests into Soil Profiles Using GEO5 Stratigraphy
Engineering Manual No. 42: Creating Field Test Documentation Using GEO5 Stratigraphy
Engineering Manual No. 41: Advanced Modeling in the Stratigraphy Program Using GEO5
Engineering Manual No. 40: Basic Work with the GEO5 Stratigraphy Program
Engineering Manual No. 39: Complex Design of a Prefabricated Block Wall Using GEO5
Engineering Manual No. 38: Enhancing Graphical Output with Annotations Mode in GEO5
Engineering Manual No. 37: Time Evolution of Settlement (Consolidation) Analysis Using GEO5
Engineering Manual No. 35: Using Regions Without Reduction in FEM Stability Analysis with GEO5
Engineering Manual No. 34: Utilizing Elastic Regions in FEM Analysis with GEO5
Engineering Manual No. 33: Transient Flow Analysis of an Earth Dam Using FEM in GEO5
Engineering Manual No. 32: Steady State Seepage Analysis of an Earth Dam Using FEM in GEO5
Engineering Manual No. 31: Planar Shear Failure Analysis of a Rock Slope Using GEO5
Engineering Manual No. 30: Importing Geometry from DXF Files into GEO5 FEM
Engineering Manual No. 29: Planar Slip Surface Stability Analysis of a Rock Slope Using GEO5
Engineering Manual No. 28: Rock Wedge Stability Analysis Using GEO5
Engineering Manual No. 27: Importing Load Data in TXT Format Using GEO5 Spread Footing
Engineering Manual No. 26: Numerical Modeling of Tunnel Excavation Using the NATM Method in GEO5
Engineering Manual No. 25: Slope Stability Assessment Using FEM in GEO5
Engineering Manual No. 24: Numerical Solution to an Anchored Sheeting Wall Structure Using FEM in GEO5
Engineering Manual No. 23: Collector Lining Analysis Using the Finite Element Method (FEM) in GEO5
Engineering Manual No. 22: Settlement Analysis of a Circular Silo Foundation Using FEM in GEO5
Engineering Manual No. 21: Terrain Settlement Analysis Using the Finite Element Method (FEM) in GEO5
Engineering Manual No. 20: Introduction to the Finite Element Method (FEM) Using GEO5
Engineering Manual No. 19: Stabilizing a Slope Using Anti-Slide Piles with GEO5
Engineering Manual No. 18: Analysis of Deformation and Pile Group Dimensioning Using GEO5
Engineering Manual No. 17: Analysis of Vertical Load-Bearing Capacity and Settlement of a Pile Group Using GEO5
Engineering Manual No. 16: Analysis of Horizontal Bearing Capacity of a Single Pile Using GEO5
Engineering Manual No. 15: Analysis of Vertical Load-Bearing Capacity and Settlement of Piles Using CPT Tests in GEO5
Engineering Manual No. 14: Analysis of Single Pile Settlement Using GEO5
Engineering Manual No. 13: Analysis of Vertical Load-Bearing Capacity of a Single Pile Using GEO5
Engineering Manual No. 12: Introduction to Pile Foundations Using GEO5
Engineering Manual No. 11: Consolidation Analysis Under an Embankment Using GEO5
Engineering Manual No. 10: Spread Footing Settlement and Rotation Analysis Using GEO5
Engineering Manual No. 9: Designing the Geometry of a Spread Footing Using GEO5
Engineering Manual No. 8: Slope Stability Analysis Using GEO5
Engineering Manual No. 7: Verification and Design of a Multi-Anchored Wall Using GEO5
Engineering Manual No. 6: Advanced Design of an Anchored Retaining Wall Using GEO5
Engineering Manual No. 5: Design and Analysis of an Anchored Retaining Wall Using GEO5
Engineering Manual No. 4: Design and Stability Analysis of a Non-Anchored Retaining Wall Using GEO5
Engineering Manual No. 3: Stability Analysis of an Existing Gravity Wall Using GEO5
Engineering Manual No. 2: Design and Analysis of a Cantilever Wall using GEO5
Engineering Manual No. 1: Comprehensive Gravity Wall Analysis using GEO5

Verification Manuals

5

Verification of Redi-Rock Wall Design Using GEO5 – Metric
Verification of Redi-Rock Wall Design Using GEO5 – imperial
Verification of Slope Stability Using GEO5
Verification of Spread Footing Design Using GEO5
Verification of Gravity Wall Design Using GEO5

Research Papers

36

Underground Houses on Sliding Slopes
The Influence of Boundary Conditions on the Response of Underground Structures Subjected to Earthquake
Stability Problems of Abandoned Clay Pits in Budapest
Stability Analysis of Slopes with Surcharge by LEM and FEM
Stability Analysis of Dump Slope in Open Cast Mines Using GEO5 Software
To What Extent Do Software Programs Comply with Eurocode 7 Regarding the Bearing Capacity of Strip Foundations
Slope Stability Assessment of Weathered Clay by Using Field Data and Computer Modelling: A Case Study from Budapest
Sheeting Wall Analysis by the Method of Dependent Pressures
Shear Skin Transfer of Concrete Bored Piles: Testing and Modeling
Return Mapping Scheme for the Hoek-Brown Model with Tension Cut-Off
Primary and Secondary Tunnel Lining Design Methodology
Preconsolidation, Structural Strength of Soil, and Its Effect on Subsoil Upper Structure Interaction
Phenomenon of Zone of Influence in Civil Engineering Practice
Numerical Evaluation of Deep Foundations in Tropical Soils of the Federal District of Brazil by Means of a Semi-Analytical Mathematical Procedure
Numerical Evaluation of Deep Foundations in a Tropical Soil of Brazil
Numerical Evaluation of Bored Piles in Tropical Soils by Means of the GEO4 Fine Software
Numerical Analysis of MSE Wall Using Finite Element and Limit Equilibrium Methods
Numerical Analysis of Circular Reinforced Concrete Tunnel Lining
Experimental and Numerical Analyses of Bored Pile Foundations in a Tropical Soil
Modeling of Underground Structures Subjected to Earthquake
INGEONAIL: Seguridad y Eficiencia para Contenciones
Geohazard as Consequence of Primary Stress State Ignorance
GEO5 FEM Webinar 2022: Material Models
Evaluation of PET and PP Geotextile Reinforced Embankment on Soft Soil
Effects of Water-Level Variation on the Stability of Slope by LEM and FEM
Diseño y Construcción de una Losa Pilotada de Cimentación Activa para la Climatización de una Nave Industrial
Diseño de Túneles de Bajo Techo
Determination of Global Stability for a Group of Geotechnical Objects in Complicated Geological Conditions
Design of Sheet Piling for the Prague Metro Line C
Design of Diaphragm Walls According to EN 1997-1:2004 Eurocode 7
Design and Construction Aspects of the Largest Pile Curtain Retaining Structure
Comparison of Geotechnical Software: GEO5 FEM, PLAXIS, and Z-Soil
Comparing the Hoek-Brown and Mohr-Coulomb Failure Criteria in FEM Analysis
Practical Cases for Risk Reduction Using the Finite Element Method
Benchmarking Slab Foundations Eurocode 7 Analytical and Software Designing
Benchmarking Single Pile Foundations Comparing Eurocode 7 Software Programs

Miscellaneous

3

Understanding and Mitigating Earthquake Impacts on Building Performance: A Technical Analysis of the 2011 Christchurch Earthquake Case
Comprehensive Guide on Foundation Design – An Indispensable Resource for Geotechnical Engineers
Comprehensive Basic Geotechnical Engineering Reference Now Available on GEOTEK.expert

GEO5

21

Using GEO5 with Australian Standards or Any Geotechnical Standards
Optimizing Safety Design in GEO5 Gravity Walls: Categories I and II Explained for Geotechnical Engineers
Influence of Tension Cracks in Slope Stability Analysis: Why GEO5 Is the Ideal Tool for Geotechnical Engineers
Settlement Analysis in Geotechnical Engineering and Special Foundations with GEO5 Programs
Considering Gravitational Effects in Tunnel Analysis with GEO5 FEM
Understanding the Limitations of the Plain Strain Hypothesis in Geotechnical Analysis and Its Inapplicability to Cylindrical Tanks
On the Use of the Hardening Soil (HS) Model in Contractive Residual Basalt Soils and How GEO5 FEM is the Right Choice for Your Geotechnical Analysis
Understanding Coulomb’s and Rankine’s Theories in GEO5 for Retaining Wall Design
Step-by-Step Guide to Designing Soil Nail Walls with GEO5
Enhancing Geotechnical Modeling Accuracy: Key Factors for Professional Engineers
Does the Winkler-Pasternak Model Include Failure Criteria or Do I Need Additional Analyses?
Why is the Winkler-Pasternak Model Preferred for Large or Flexible Foundations?
What is the Main Difference Between the Winkler and Winkler-Pasternak Models?
Understanding the Winkler-Pasternak Criterion in GEO5 for Geotechnical Engineering
What is Enumeration in the GEO5 Stratigraphy Program?
What are the differences between Local, User, and Global Templates in the GEO5 Stratigraphy program?
How can I obtain a demo or trial version of the GEO5 software?
How do I interpret the results from slope stability?
How to Start a New Project in GEO5: A Step-by-Step Guide for Professional Engineers
Understanding the Ko and Geostatic Procedures in GEO5 FEM
Understanding the Mohr-Coulomb and Modified Mohr-Coulomb Models in GEO5 FEM

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Retaining Walls

Underground Houses on Sliding Slopes
Understanding Coulomb’s and Rankine’s Theories in GEO5 for Retaining Wall Design
Using GEO5 with Australian Standards or Any Geotechnical Standards

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