Among various effecting factors, groundwater is commonly known as one of the major
triggers for slope failures. Thus, it is great significant of considering the contribution from …

Analyzing the seepage and stability analysis of embankment dams built on deep
overburden layers is an essential aspect of dam design and operation and is of significance …

In this study, reliability analysis of slope failure of Durgawati earthen embankment has been
performed using two different methods specifically multivariate adaptive regression splines …

A slope riverbank failure is a natural event that occurs globally on each riverbank, and a
drawdown event usually causes slope riverbank failure. This case study is aimed at …

The effects of diameter and location of drain pipes on the uplift force and exit hydraulic
gradient for a gravity dam are investigated. A numerical model of a gravity dam is simulated …

The current research deals with the effects of the inclination angle (15, 30, 45, 60, 75, 90,
105, 120, 135, and 150°) of a sheet pile, the number of sheet piles (1–6), and the distance …

Saturated hydraulic conductivity (Kfs) is the major parameter that affects the movement of
water and solutes in soil strata. Although one can estimate the Kfs directly by using various …

Most of the studies in the literature focus on analyzing water flow within earthen dam under
static condition. The objective of this study is to analyze water flow mechanisms within …

Earth dams must be supplied with seepage control devices to prevent piping and sloughing.
One such device used for this purpose is the so-called drain pipe. This study focuses on the …

In view of the problem of seepage safety and the character of dangerous reservoir earth
dam, the 3D seepage of FEM back analysis was studied. Based on a reservoir project, the …