Because of the head and efficiency of the circulating water pump in a power plant could not satisfy application requirement, the guide vane and impeller were optimized according to the CFD method. The optimization of the mixed-flow pump effectively improves the flow state at the design and high discharge conditions. Finally, the CFD results show that the head is improved by 3.49m and the efficiency is improved by 3.16% after the optimization, which has met the use requirements
This paper describes a numerical study on the improvement of suction performance and hydraulic effic...
In this study, the hydraulic performance of a mixed-flow pump depending on the impeller hub ratio wa...
The present paper describes an improve the head of mixed flow pump impeller, Computational Fluid Dyn...
AbstractThe three-dimensional flow field of the whole flow passage of a mixed-flow pump was numerica...
In this study, a mixed-flow pump with a specified specific speed was optimally designed by utilizing...
In this study, a mixed-flow pump with a specified specific speed was optimally designed by utilizing...
In this paper, design optimization for mixed-flow pump impellers and diffusers has been studied usin...
"A centrifugal pump is the most common type of pump used in industrial areas. To design a highe...
In current research, the hydraulic performance prediction and optimization of an engine cooling wate...
In this study, optimization of the impeller and design of volute were carried out in order to improv...
Pumps are found to be one of the vital applications in industries and resident. Several factor affec...
Now a day’s Computational Fluid dynamics (CFD) is playing a vital role in all the fields. To improve...
Pumps are found to be one of the vital applications in industries and resident. Several factor affec...
LectureIn this paper, a combined study between Computational Fluid Dynamics (CFD) and a model test h...
Mixed flow pumps driven by hydraulic motors have been widely used in drainage in recent years, espec...
This paper describes a numerical study on the improvement of suction performance and hydraulic effic...
In this study, the hydraulic performance of a mixed-flow pump depending on the impeller hub ratio wa...
The present paper describes an improve the head of mixed flow pump impeller, Computational Fluid Dyn...
AbstractThe three-dimensional flow field of the whole flow passage of a mixed-flow pump was numerica...
In this study, a mixed-flow pump with a specified specific speed was optimally designed by utilizing...
In this study, a mixed-flow pump with a specified specific speed was optimally designed by utilizing...
In this paper, design optimization for mixed-flow pump impellers and diffusers has been studied usin...
"A centrifugal pump is the most common type of pump used in industrial areas. To design a highe...
In current research, the hydraulic performance prediction and optimization of an engine cooling wate...
In this study, optimization of the impeller and design of volute were carried out in order to improv...
Pumps are found to be one of the vital applications in industries and resident. Several factor affec...
Now a day’s Computational Fluid dynamics (CFD) is playing a vital role in all the fields. To improve...
Pumps are found to be one of the vital applications in industries and resident. Several factor affec...
LectureIn this paper, a combined study between Computational Fluid Dynamics (CFD) and a model test h...
Mixed flow pumps driven by hydraulic motors have been widely used in drainage in recent years, espec...
This paper describes a numerical study on the improvement of suction performance and hydraulic effic...
In this study, the hydraulic performance of a mixed-flow pump depending on the impeller hub ratio wa...
The present paper describes an improve the head of mixed flow pump impeller, Computational Fluid Dyn...