This paper is devoted to a literature review for various treatments of dynamic analysis of
concrete gravity and arch dams. The dynamic analysis of dams can be carried out by using …

This paper assesses the use of a potential-based fluid finite element formulation to
investigate earthquake excited dam–reservoir systems. The mathematical background of the …

In this study, a non-linear joint element was developed to represent the dynamic behaviour
of vertical contraction joints in concrete dams. This element can be used to describe partial …

The subject of dynamics originated from Sir Isaac Newton's monograph Philosophiæ
Naturalis Principia Mathematica, and Lord Rayleigh paved the way for its further …

The development of potential failure mode analysis and risk analysis has greatly improved
the state-of-practice for the safety of dams. Risk analysis are well developed in many …

The assessment of response of an aged concrete dam is important for the prediction of its
behavior during earthquakes, so that remedial measures can be taken at the right time to …

This article deals with the finite element analysis of dam with and without fluid-structure, soil-
structure and soil-structure-fluid interaction. A two-dimensional direct coupling methodology …

In the near-fault region of an earthquake, ground motions are strongly affected by complex
mechanisms and can be significantly different from typical far-fault ground motions. Although …

The dynamics of a coupled concrete gravity dam-intake tower–reservoir water–foundation
rock system is numerically studied considering two hollow slender towers submerged in …

In this paper, a finite element (FE)-based model that efficiently evaluates the dynamic
behavior of dam-reservoir-foundation interaction (DRFI) problem was proposed including …