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Published
May 15, 2014
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Abstract

Abstract:Vital  efforts   are  needed   all  over  the  world   to develop Micro Hydro Kaplan Turbine used to generate electricity for domestic purpose.Due to increase of electricity tariff in last few years small Hydro Turbine plants become effective.Since the runner of a Micro Turbine plant is quite small, it has to be examined if the hub of the runner provides enough room for proper adaptation mechanism. In this context potential height of 50 feet is assumed on basis of which main characteristics of runner blades are determined.Then,Important data like flow rate and parameters of  runner blades are establised for modeling of turbine and detailed stress analysis is carried out in Ansys software.

 

Keywords:Turbines,CATIA V5,ANSYS

 

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Author Biographies

Karthik Siddalingesh Ajjampur, Basaveshwar Engineering College Vidyagiri-587102

Mechanical Department

M.Tech(Machine Design)

Arun S. Menasinkai, Basaveshwar Engineering College Vidyagiri-587102

Mechanical Department

M.Tech(Machine Design)

Chetan C. Kokatnur, Basaveshwar Engineering College Vidyagiri-587102

Mechanical Department

M.Tech(Machine Design)

Dr.S.N. Kurbet, Basaveshwar Engineering College Vidyagiri-587102

Mechanical Department

M.Tech(Machine Design)

How to Cite
Ajjampur, K. S., Menasinkai, A. S., Kokatnur, C. C., & Kurbet, D. (2014). Design and Static Analysis of Micro Hydro Kaplan Turbine Blade. International Journal of Emerging Trends in Science and Technology, 1(03). Retrieved from https://igmpublication.org/ijetst.in/index.php/ijetst/article/view/73

References

[1] TimoFlaspohler, “Design of the runner of a Kaplan turbine for small hydroelectric power plants,” Tampere University of Applied Sciences, Mechanical engineering department.

[2] Viorel C. Câmpian, Gabriela Mărginean, “Failure Analysis of Kaplan Turbine Runner Blade,” University of Applied Sciences, Neidenburger Str. 10, D-45877 Gelsenkirchen, Germany.

[3] Dr. GovindaGowda, “Fluid mechanics,” Principal, Alva’s Institute of Moodbidri.

[4] Dixon S.L., “Fluid mechanics and thermodynamics of turbomachinery,”Burlington, United States of America: Butterworth-Heinemann.