Slope Stability Analysis of Earth and Rock-Fill Dams
Published:
A technical guide to static and rapid-drawdown stability, shear-strength selection, pore pressures, critical surfaces, and interpretation of factors of safety.
Blog posts
2026
Settlement and Deformation Analysis of Embankment Dams
Published:
How to assess construction settlement, primary consolidation, secondary compression, differential deformation, cracking risk, and freeboard implications.
Seismic Design Considerations for Embankment Dams
Published:
Key seismic hazards and analysis decisions including liquefaction screening, dynamic response, post-earthquake stability, deformation, and freeboard.
Seepage Analysis and Control in Embankment Dams
Published:
How to develop a defensible seepage-control system using zoning, filters, drains, cutoff measures, hydraulic gradients, and monitoring.
Instrumentation and Performance Monitoring of Embankment Dams
Published:
How to develop an instrumentation and monitoring system that connects measured pore pressure, deformation, seepage, and seismic response to engineering decisions.
Geotechnical Site Investigation for Embankment Dam Projects
Published:
A structured investigation program for foundation characterization, borrow materials, abutments, permeability, weak layers, and geotechnical design parameters.
Filter and Drain Design for Embankment Dams
Published:
Engineering principles for selecting and arranging filters, transitions, chimney drains, toe drains, and drainage blankets.
Failure Modes and Risk-Based Assessment of Embankment Dams
Published:
A failure-mode-based approach to identifying credible hazards, controls, monitoring indicators, and risk-reduction priorities for embankment dams.
Embankment Dam Engineering: A Practical Framework for Safe Design
Published:
A practical engineering framework covering site investigation, zoning, seepage, stability, settlement, seismic loading, construction control, and instrumentation for embankment dams.
Construction Control and Quality Assurance for Earth Dams
Published:
A field-oriented QA/QC framework for material processing, lift placement, compaction, moisture conditioning, testing, and as-built verification.
2024
Deep Foundations and Pile Design
Published:
Principles of deep foundation design, focusing on driven piles and drilled shafts, including capacity estimation, load testing, and construction considerations.
Geosynthetics in Geotechnical Engineering
Published:
An introduction to geosynthetic materials and their wide-ranging applications in reinforcement, separation, filtration, drainage, and containment.
Earthquake Geotechnical Engineering
Published:
Key concepts in earthquake geotechnical engineering, including seismic site response, soil liquefaction, and seismic design of foundations and slopes.
Soil Improvement and Ground Modification Techniques
Published:
An overview of common soil improvement methods used to enhance the engineering properties of weak or problematic soils.
Geotechnical Site Investigation Methods
Published:
A practical overview of geotechnical site investigation techniques, from desk studies and borings to advanced in-situ testing and geophysical methods.
Retaining Walls and Lateral Earth Pressure
Published:
Theory and design principles for retaining walls, including Rankine and Coulomb earth pressure theories and modern reinforced soil systems.
Slope Stability Analysis in Geotechnical Engineering
Published:
Methods for analyzing the stability of natural and engineered slopes, including limit equilibrium approaches and modern numerical techniques.
Foundation Engineering Principles
Published:
Key principles of foundation engineering, covering bearing capacity, settlement analysis, and the selection of shallow versus deep foundation systems.
Fundamentals of Soil Mechanics
Published:
An overview of the core principles of soil mechanics, including phase relationships, effective stress, shear strength, and consolidation theory.
Introduction to Geotechnical Engineering
Published:
A comprehensive introduction to geotechnical engineering — the branch of civil engineering that deals with the behavior of earth materials and their application in design and construction.