Modeling and Analysis of Kaplan Turbine Blade Using CFD

 
 
 
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  • Abstract


    Fluid assumes a basic part in huge numbers of the items that we experience each day from clear applications, for example, water treatment frameworks and auto and flying machine streamlined features to limit pushing. CFD investigation which empowers item outline and examination in a virtual domain has revolutionized liquid progression via robotizing the arrangement, notwithstanding for issues that are numerically substantial. By recognizing physical powers and stream attributes that are in some cases difficult to gauge or pick up knowledge into, CFD arrangements can help an organization drastically enhance time to showcase. Kaplan Turbine is Reaction, Axial and Adjustable Flow Turbine. In this Project displaying of Kaplan Turbine Will be finished by expecting shaft diam-eter, sprinter breadth and profile of the edge in Cero parametric Software. Computational Fluid Dynamic Analysis will have performed by im-porting the model in to CFD Software Ansys Fluent by expecting Initial Boundary Conditions (i.e. bay weight and Velocity. By Fixing Blade Twist point and differing flexible edge. Diverse CAD models will draw, and variety of stream parameters can be created along the turbine (i.e. weight and Velocity) in Ansys familiar Software. The above examinations to be performed for various Blade bend points. Suit-capable charts will be created between stream parameters. By this we will be in the situation to judge, which point is the most best one (the most best edge is the one which changes over the entire weight and speed of the liquid into valuable shaft work).

     

     


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  • References


      [1] Muhammad Abubakar., Saeed Badshah., “Modelling and Analysis of a very Low Head Kaplan Turbine Runner Blades for Rural Area of Punjab” International Journal of Scientific & Engineering Research, Volume 5, Issue 7, July-2014 905 ISSN 2229-5518.

      [2] Ajaz bashir janjua., muhammad shahid khalil., “Blade Profile Optimization of Kaplan Turbine Using CFD Analysis” Mehran University Research Journal of Engineering & Technology, Volume 32, No. 4, October, 2013 [ISSN 0254-7821]

      [3] Tarun Singh Tanwar., Dharmendra Hariyani., “flow simulation (cfd) & static structural analysis (fea) of a radial turbine” international journal of mechanical engineering and technology (ijmet), Volume 3, Issue 3, September - December (2012), pp. 252-269.

      [4] Ketcheuzeu-Ngakam J., Koueni-Toko C., “Characterization of Hydrodynamics Parameters of a Kaplan Turbine” Energy and Power 2014.

      [5] Mohamed Adel., Nabil H. Mostafa., “Numerical investigation of performance of kaplan turbine with draft tube” Eighteenth International Water Technology Conference, IWTC18 Sharm elsheikh, 12-14 March 2015.

      [6] Kumar, Gurram Narendra Santosh, and A. Srinath. "Exploration of Accelerating Moving Walkway for Futuristic Transport System in Congested and Traffical Areas." (2018): 616-624.

      [7] Ajaz bashir janjua., muhammad saeed., “Blade Profile Optimization of Kaplan Turbine Using CFD Analysis”. Mehran University Research Journal of Engineering & Technology, 2013. Volume 32, No. 4: P. 559-574.

      [8] Alok Mishra., M.K. Singhal., “CFD Based Performance Analysis of Kaplan Turbine for Micro Hydro Power”, in International Conference on Mechanical and Industrial Engineering. 2011.


 

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Article ID: 17766
 
DOI: 10.14419/ijet.v7i3.12.17766




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