This article presents a numerical optimization of geothermal power plant turbines using computational fluid dynamics and genetic algorithms.
Learn about geothermal power plants, including how they work and the benefits of using geothermal energy, from the U.S. Department of Energy.
This study investigates the optimization of turbine design for geothermal power plants using numerical methods and experimental validation.
This paper presents a numerical simulation of geothermal turbines using a 3D computational fluid dynamics model, including the effects of fluid properties and turbine geometry.
The Geothermal Turbine Optimization Tool is a software package developed by the National Renewable Energy Laboratory to optimize the design of geothermal turbines.
This video lecture discusses the latest advances in geothermal power plant technology, including the use of numerical optimization techniques for turbine design.
This article presents a study on the optimization of geothermal power plant performance using a combination of numerical modeling and experimental data.
This online course covers the principles of geothermal energy and power plant optimization, including the use of numerical methods for turbine design and performance improvement.