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GEOTEK.expert
  • Home
  • About
    • About
    • GEO5 Commercial Consultant
  • All Courses
    • Courses List
    • Enroll
      • Basic
      • Individual Programs
  • Posts
  • Help
    • Book a FREE presentation
    • 5% Discount
      • 5% Discount
      • 5% Discount Terms & Conditions
    • Glossary
    • Knowledge Base
    • Submit a Ticket
  • Contact
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User Manuals

3
  • Enhance Your GEO5 Experience with Our Interactive Online Help
  • GEO5 FEM Theoretical Guide – 2009
  • GEO5 2022 User Guide – Comprehensive Overview
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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
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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
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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
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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
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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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  • Understanding the Winkler-Pasternak Criterion in GEO5 for Geotechnical Engineering
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