Add to ORKGThe paper presents an overview of the axial turbines hydrodynamic design, with an especially focus on the flow through axial runner turbines and the actual informations about service life of turbine components
The influence of geometric parameters, such as blade profile and hub geometry on axial flow turbines...
This article describes the second part of the global work done by the authors aimed at finding the b...
This is the peer reviewed version of the following article: [Oller, S. A., Nallim, L. G. and Oller, ...
AbstractThe design of runner blade of turbine is done for certain flow velocities and angles but the...
This paper presents the hydraulic design of Kaplan type turbine in fully axial configuration. The tu...
MasterThis paper investigates the design of a small axial-flow hydraulic turbine and shows how to i...
We proposed a portable and ultra-small axial flow hydraulic turbine that can generate electric power...
The present work is focused on the numerical prediction of the performance of axial flow hydrokineti...
The paper presents a procedure for hydraulic design and analysis of the blade geometry of a high spe...
In this paper, a numerical simulation of the flow in a complete model of an axial turbine is perform...
229-236The conventional method to assess turbine performance is its model testing which becomes co...
<p>The main objective of this work is Computational Fluid Dynamics (CFD) modelling, simulation and o...
Abstract: This work has presented the first stage performance at design and off-design operating poi...
This study aims to use computational fluid dynamics software package (CFX) to study and analyze flow...
Hydropower is the source of renewable energy for more than a century leading to a decrease in the bu...
The influence of geometric parameters, such as blade profile and hub geometry on axial flow turbines...
This article describes the second part of the global work done by the authors aimed at finding the b...
This is the peer reviewed version of the following article: [Oller, S. A., Nallim, L. G. and Oller, ...
AbstractThe design of runner blade of turbine is done for certain flow velocities and angles but the...
This paper presents the hydraulic design of Kaplan type turbine in fully axial configuration. The tu...
MasterThis paper investigates the design of a small axial-flow hydraulic turbine and shows how to i...
We proposed a portable and ultra-small axial flow hydraulic turbine that can generate electric power...
The present work is focused on the numerical prediction of the performance of axial flow hydrokineti...
The paper presents a procedure for hydraulic design and analysis of the blade geometry of a high spe...
In this paper, a numerical simulation of the flow in a complete model of an axial turbine is perform...
229-236The conventional method to assess turbine performance is its model testing which becomes co...
<p>The main objective of this work is Computational Fluid Dynamics (CFD) modelling, simulation and o...
Abstract: This work has presented the first stage performance at design and off-design operating poi...
This study aims to use computational fluid dynamics software package (CFX) to study and analyze flow...
Hydropower is the source of renewable energy for more than a century leading to a decrease in the bu...
The influence of geometric parameters, such as blade profile and hub geometry on axial flow turbines...
This article describes the second part of the global work done by the authors aimed at finding the b...
This is the peer reviewed version of the following article: [Oller, S. A., Nallim, L. G. and Oller, ...