Brush Group Optimizes Turbogenerator Design With ANSYS Multiphysics Solutions
PITTSBURGH, May 20, 2015 – The Brush Group, the largest independent manufacturer of turbogenerators in the world, is boosting performance of its generators for gas, steam and hydro-turbine drive applications by leveraging ANSYS (NASDAQ: ANSS) multiphysics engineering simulation solutions. The use of ANSYS® solutions is also leading to time and cost savings.
The Brush Group chose ANSYS simulation to reduce the six-month lead time for new design generator manufacturing and to reduce the extensive costs and complexity of design modifications.
“The smallest units weigh at least 40 tons, take up to six months to manufacture and contain many small design change opportunities, some with unmeasurable aspects. So it is simply impossible to take each new design option to the point of physical prototyping,” said Sarah Allen, generator development manager, Brush Turbogenerators. “Simulation software, especially integrated, multiphysics simulation, is vital to reduce the variables that these design changes create in a virtual environment before moving to production.”
The Brush Group is leveraging ANSYS solutions for structures, fluids and electronics. The tools accurately simulate the impact of mechanical changes on the airflow within a turbogenerator. ANSYS computational fluid dynamics solutions simulate this airflow, which is crucial as increased performance of the turbogenerator depends on having a uniform operating temperature and must remain within national and international standard limits. Finally, ANSYS electronics solutions simulate the electromagnetic impact of changing flux densities within the new designs.
“The multiphysics simulation enables us to arrive at the top three designs, delivering not only time and cost savings in development but also optimized designs that meet the needs of our customers,” Allen said. “There is a constant evolution at work.”
“Generator users demand high-performance generators, with challenging goals for efficiency, size and durability,” said Brad Hutchinson, global industry director, industrial equipment and rotating machinery at ANSYS. “Given the complex interaction of stress, cooling, electromagnetics and material properties, advanced multiphysics simulation is the only way that designers can gain the insights required to optimize and deliver the machine in a timely manner.”
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