A systematic search of the open literature was performed with the purpose of identifying the causes, effects, and characterization (modelling and solution techniques) of transient hydraulics phenomena. The governing partial differential equations are presented which were found to be used most often in the literature. Detail survey sheets are shown which contain the type of hydraulics problem, the cause, the modelling, the solution technique utilized, and experimental verification used for each paper. References and source documents are listed and a discussion of the purpose and accomplishments of the study is presented
The friction in non-stationary flow is an intriguing and interesting phenomenon. Many types of non-s...
The article focuses on pressure pulsations in hydraulic systems, the means reducing them and examine...
This book describes the fundamental phenomena of, and computational methods for, hydraulic transient...
This book covers hydraulic transients in a comprehensive and systematic manner from introduction to ...
A hydraulic transient, which is a flow condition where the velocity and pressure change rapidly with...
The analysis of hydraulic transients is a useful tool for risk and system efficiency management of p...
A large proportion of water and wastewater systems have traditionally been analyzed and designed wit...
The ability to analyze and model the unsteady, dynamic response of hydraulic systems has arisen from...
A large proportion of water and wastewater systems have traditionally been analyzed and designed wit...
The ability to analyze and model the unsteady, dynamic response of hydraulic systems has arisen from...
The project is concerned with observation of fluid movement and transducer diaphragm deformation, un...
The dynamic characteristics determine variations of the inlet pressure in front of the ...
The flow regime in hydraulic plants is often unsteady with frequent variations of flow rate due to o...
Hydropower plants have the ability to go from a full load to no load in just a few seconds. In order...
Thesis (S.B.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2008.Characte...
The friction in non-stationary flow is an intriguing and interesting phenomenon. Many types of non-s...
The article focuses on pressure pulsations in hydraulic systems, the means reducing them and examine...
This book describes the fundamental phenomena of, and computational methods for, hydraulic transient...
This book covers hydraulic transients in a comprehensive and systematic manner from introduction to ...
A hydraulic transient, which is a flow condition where the velocity and pressure change rapidly with...
The analysis of hydraulic transients is a useful tool for risk and system efficiency management of p...
A large proportion of water and wastewater systems have traditionally been analyzed and designed wit...
The ability to analyze and model the unsteady, dynamic response of hydraulic systems has arisen from...
A large proportion of water and wastewater systems have traditionally been analyzed and designed wit...
The ability to analyze and model the unsteady, dynamic response of hydraulic systems has arisen from...
The project is concerned with observation of fluid movement and transducer diaphragm deformation, un...
The dynamic characteristics determine variations of the inlet pressure in front of the ...
The flow regime in hydraulic plants is often unsteady with frequent variations of flow rate due to o...
Hydropower plants have the ability to go from a full load to no load in just a few seconds. In order...
Thesis (S.B.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2008.Characte...
The friction in non-stationary flow is an intriguing and interesting phenomenon. Many types of non-s...
The article focuses on pressure pulsations in hydraulic systems, the means reducing them and examine...
This book describes the fundamental phenomena of, and computational methods for, hydraulic transient...