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Now showing items 1-4 of 4

    • A Reduced Order Modeling Methodology for Steam Turbine Clearance Control Design 

      Biyik, E.; D'Amato, F.J.; Subramaniyan, A.; Sun, C. (Journal of Engineering for Gas Turbines and Power, 2017)
      Finite element models (FEMs) are extensively used in the design optimization of utility scale steam turbines. As an example, by simulating multiple startup scenarios of steam power plants, engineers can obtain turbine ...

    • A Reduced Order Modeling Methodology for Steam Turbine Clearance Control Design 

      Biyik, E.; D'Amato, F.J.; Subramaniyan, A.; Sun, C.J. (ASME, 2017)
      Finite element models (FEMs) are extensively used in the design optimization of utility scale steam turbines. As an example, by simulating multiple startup scenarios of steam power plants, engineers can obtain turbine ...

    • Reduced order modeling for clearance control in turbomachinery 

      Biyik, E.; D'Amato, F.J.; Subramaniyan, A.; Sun, C. (2016 IEEE Conference on Control Applications, CCA 2016, 2016)
      Finite element models (FEMs) are extensively used in the design optimization of utility scale steam turbines. As an example, by simulating multiple startup scenarios of steam power plants, engineers can obtain turbine ...

    • Reduced Order Modeling for Clearance Control in Turbomachinery 

      Biyik, E.; D'Amato, F.J.; Subramaniyan, A.; Sun, C.J. (IEEE, 2016)
      Finite element models (FEMs) are extensively used in the design optimization of utility scale steam turbines. As an example, by simulating multiple startup scenarios of steam power plants, engineers can obtain turbine ...