ISSMGE International Journal of Geoengineering Case Histories

The International Journal of Geoengineering Case Histories is an official journal of the International Society for Soil Mechanics and Geotechnical Engineering, the premier scientific organization for geotechnical engineering worldwide. The Case Histories Journal covers the broad area of practice in geotechnical engineering (soils and rocks), including geotechnical earthquake engineering, environmental geotechnics and engineering geology, and energy geo-construction.

The Case Histories Journal is a peer-review, diamond-level open access journal on the geotechnical engineering practice with a focus on careful documentation of case histories with and emphasis on observations and data collected during and after project construction. Papers are reviewed by a distinguished international Editorial Board and a selected number of reviewers. All paper published in the journal are accompanied by electronic data for better documentation of each case history.

Latest Published Case History Papers

Pressuremeter Testing Along Interstate 10 in Tucson, Arizona

Samtani, N. C.

 

 

Pressuremeter Cementation Induration Alluvial Soils Interstate 10 Drilled Shaft Side Resistance Base Resistance Collapse Potential

 

In arid to semi-arid regions alluvial soil deposits can range from collapse-susceptible, variably cemented to indurated. In these soils, reliable estimation of soil properties based on penetration resistance indicators such as N-values from Standard Penetration Tests (SPTs) is difficult. Varying con...

Read More

Application of Hybrid Drained-Undrained Model for Analyzing the Stability of Reinforced Soil Structures Over Soft Foundations with Prefabricated Vertical Drains

Espinoza, D., Li, C., De Melo, L., Gupta, R.

 

 

Hybrid Drained-Undrained model slope stability prefabricated vertical drain limit equilibrium shear strength

 

Prefabricated Vertical Drains (PVDs) are typically used for embankment construction over saturated soft cohesive soil deposits to accelerate consolidation and reduce construction time in the field. PVDs accelerate consolidation of thick soil deposits by reducing the drainage path from tens of meters...

Read More

Infiltration Study for Deep Foundations in Ephemeral Streams

Samtani, N. C.

 

 

Infiltration Ephemeral Bridge Deep Foundation Unsaturated Pore Water Pressure Flood Scour

 

The duration of a flood event in an ephemeral stream is finite, ranging from a few hours to a few days. However, for design of deep foundations, an assumption is typically made by geotechnical specialists that at the time of a flood event all stream bed geomaterials are saturated and fully-buoyant. ...

Read More

Geotechnical Observations of Dams Failed During the 2015 Historic Flooding in South Carolina

Sasanakul, I., Gassman, S. L., Pierce, C. E., Ovalle-Villamil, W., Starcher, R., Gheibi, E., Rahman, M.

 

 

Floods Earthen Dam Overtopping Erosion Spillway

 

This paper presents a description of post-flood reconnaissance and geotechnical investigation of four earthen dams that were breached or damaged following an extreme flooding event in South Carolina in 2015. As a result of unprecedented rainfall and flooding that occurred during a five-day period at...

Read More

Forensic Analysis of Levee Failures: The Breitenhagen Case

Kool, J. J., Kanning, W., Heyer, T., Jommi, C., Jonkman, S. N.

 

 

forensic engineering slope instability hindcasting river levee levee breach

 

Forensic analysis of past failures is valuable to improve our understanding of levee behavior. In this article a new systematic approach of forensic analysis for levee failures is proposed and applied to the Breitenhagen levee breach that occurred along the river Saale in Germany in 2013. The purpos...

Read More

Electrical Resistivity at Internal Erosion Locations in Levees

Tucker-Kulesza, S., Rutherford, C., Bernhardt-Barry, M.

 

 

Electrical resistivity tomography laboratory electrical resistivity levees sand boils internal erosion

 

Internal erosion through or beneath levees frequently occurs during flood events, resulting in sand boils. Determining the extent of damage from the seepage channels that caused the sand boils remains difficult, and many sand boils are simply monitored in subsequent floods. There is a need for a non...

Read More

Numerical Simulation of Capillary Barrier System under Rainfall Infiltration in Singapore

Satyanaga, A., Rahardjo, H., Hua, C.

 

 

Capillary barrier system Fine Sand Granite Chips Finite Element Rainfall

 

Rainfall-induced slope failures commonly occur within residual soil slopes. One of the possible systems for slope preventive measure is capillary barrier system. A capillary barrier is a two-layer system of distinct hydraulic properties that is used to prevent water infiltration into the soil below ...

Read More

Numerical Simulation of the Mechanical Behavior of Single Piles in Expansive Soil

Liu, Y., Vanapalli, S. K., Nyambere, C., Mohamoud, H.

 

 

Pile Expansive soil Infiltration Suction Numerical simulation

 

A numerical method, PEI (Pile behavior in Expansive soil upon Infiltration) developed at the University of Ottawa can be used as a tool for the prediction and interpretation of the mechanical behavior of piles in expansive soils taking account of the influence of matric suction changes associated wi...

Read More