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Analytical and Numerical Design. Methods for the Electromechanical. Calculation of Hydro-Generators. Habilitationsschrift an der Technischen Universitat ...
The often used analytical algorithms are based on simplifications and abstractions, so they have to be combined with numerical methods to refine the calculation ...
Missing: electromechanical | Show results with:electromechanical
The often used analytical algorithms are based on simplifications and abstractions, so they have to be combined with numerical methods to refine the calculation ...
The field form factor and Carter's coefficient are the key parameters in the optimization process of large electrical machines.
The prob- lem of solving the field equations by means of digital computing can then be tackled with a variety of numerical methods. For electromagnetic analysis ...
A novel method of combining 2D and 3D numerical field calculations with analytical and semi-analytical computation for large synchronous salient-pole hydro- ...
Missing: electromechanical | Show results with:electromechanical
The main objective of this research is the development of a three-dimensional. Computational Fluid Dynamic (CFD) model of a hydrokinetic turbine by using Finite ...
Missing: electromechanical | Show results with:electromechanical
This paper proposes a new design optimization method for permanent magnet synchronous generators in hydropower plants, which helps to improve the combined ...
The suggested methods in this study were demonstrated using hydropower generators. Other similar hydropower equipment types can be treated using similar methods ...
This paper shows the design, analysis and fabrication of small rural hydroturbine electric power system.
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