Add to ORKGThe use of the pump in turbine mode is an evolving area. For this reason, research of less standard pumps from the edges of the specific speed spectrum is suitable for this purpose. This diploma thesis was focused on the influence of splitter blades on the exclusively turbine mode of a low specific speed pump. CFD calculations of the pump were performed, considering the sidewall gaps between the stator and the rotor. CFD served not only to obtain turbine characteristics but also to describe the flow and analysis of other phenomena, such as volumetric efficiency or hydraulic forces
The rotor stator interaction in a low specific speed Francis model turbine and a pump-turbine is ana...
This article describes a method of CFD-modeling of a two-stage high-pressure pump. The main feature ...
The effect of blade spatial profiling with the help of tangential blade lean of Francis pump-turbine...
The usage of splitter blades to enhance the performances of low specific speed pumps is common pract...
As the global demand for energy grows, numerous studies in the field of energy efficiency are sti...
This diploma thesis deals with centrifugal pump running as a turbine. Basic working principles of a ...
The pumped hydro energy storage is the most effective way to store large-scale electricity and has b...
Pump as Turbine is an electromechanically component that is largely used in microhydro system. The m...
Pump as Turbine is an electromechanically component that is largely used in microhydro system. The m...
Pump as Turbine is an electromechanically component that is largely used in microhydro system. The m...
This thesis is focused on finding an optimal working area of a pump running in a turbine mode and ch...
Lecturepg. 21This paper deals with pump as turbine (PAT) as a feasible solution to the energy proble...
In this thesis, a parametric methodology is investigated to design a Pump-Turbine system using Compu...
The thesis is focused on hydraulic design of a semi-axial pump with an axial diffusor with guide van...
This work gives basic information about vane pumps, especially with unbalanced construction and vane...
The rotor stator interaction in a low specific speed Francis model turbine and a pump-turbine is ana...
This article describes a method of CFD-modeling of a two-stage high-pressure pump. The main feature ...
The effect of blade spatial profiling with the help of tangential blade lean of Francis pump-turbine...
The usage of splitter blades to enhance the performances of low specific speed pumps is common pract...
As the global demand for energy grows, numerous studies in the field of energy efficiency are sti...
This diploma thesis deals with centrifugal pump running as a turbine. Basic working principles of a ...
The pumped hydro energy storage is the most effective way to store large-scale electricity and has b...
Pump as Turbine is an electromechanically component that is largely used in microhydro system. The m...
Pump as Turbine is an electromechanically component that is largely used in microhydro system. The m...
Pump as Turbine is an electromechanically component that is largely used in microhydro system. The m...
This thesis is focused on finding an optimal working area of a pump running in a turbine mode and ch...
Lecturepg. 21This paper deals with pump as turbine (PAT) as a feasible solution to the energy proble...
In this thesis, a parametric methodology is investigated to design a Pump-Turbine system using Compu...
The thesis is focused on hydraulic design of a semi-axial pump with an axial diffusor with guide van...
This work gives basic information about vane pumps, especially with unbalanced construction and vane...
The rotor stator interaction in a low specific speed Francis model turbine and a pump-turbine is ana...
This article describes a method of CFD-modeling of a two-stage high-pressure pump. The main feature ...
The effect of blade spatial profiling with the help of tangential blade lean of Francis pump-turbine...