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18 Experts found

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  • Open details George Avalos

    University of Nebraska-Lincoln, Mathematics

    30
    0
     
     
  • Open details Richard L Rebarber

    University of Nebraska-Lincoln, Mathematics

    48
    0
     
     
  • Open details Jiashi Yang

    University of Nebraska-Lincoln, Engineering Mechanics

    328
    0
     
     
  • Open details Richard F Sincovec

    University of Nebraska Central Administration, Computer Science and Engineering

    12
    0
     
     
  • Open details Hendrik J Viljoen

    University of Nebraska-Lincoln, Chemical and Biomolecular Engineering

    92
    4
     
     
  • Open details Mahboub Baccouch

    University of Nebraska-Omaha, Mathematics

    13
    0
     
     
  • Open details Sanjukta Bhowmick

    University of Nebraska-Omaha, Computer Science

    26
    0
     
     
  • Open details Florin Bobaru

    University of Nebraska-Lincoln, Engineering Mechanics

    33
    0
     
     
  • Open details Yasar Demirel

    University of Nebraska-Lincoln, Chemical and Biomolecular Engineering

    74
    0
     
     
  • Open details Jerry L Hudgins

    University of Nebraska-Lincoln, Electrical Engineering

    129
    0
     
     
  • Open details Mikil D Foss

    University of Nebraska-Lincoln, Mathematics

    15
    0
     
     
  • Open details David D Jones

    University of Nebraska-Lincoln, College of Engineering

    84
    0
     
     
  • Open details Yongfeng Lu

    University of Nebraska-Lincoln, Electrical Engineering

    503
    0
     
     
  • Open details Wei Qiao

    University of Nebraska-Lincoln, Electrical Engineering

    111
    0
     
     
  • Open details Anthony F Starace

    University of Nebraska-Lincoln, Physics and Astronomy

    188
    0
     
     
  • Open details Daniel Y Toundykov

    University of Nebraska-Lincoln, Mathematics

    24
    0
     
     
  • Open details Joseph A Turner

    University of Nebraska-Lincoln, Engineering Mechanics

    107
    0
     
     
  • Open details Curtis L Weller

    University of Nebraska-Lincoln, Biological Systems Engineering

    91
    0
     
     

Experts based on...

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  • Partial differential equations

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    • Controllability

      The concept 'Controllability' has a weight of 100%
      • Galerkin methods

        The concept 'Galerkin methods' has a weight of 55%
        • Boundary conditions

          The concept 'Boundary conditions' has a weight of 54%
          • Transfer functions

            The concept 'Transfer functions' has a weight of 49%
            • Wave equations

              The concept 'Wave equations' has a weight of 48%
              • System stability

                The concept 'System stability' has a weight of 46%
                • Electromagnetic coupling

                  The concept 'Electromagnetic coupling' has a weight of 44%
                  • Acoustics

                    The concept 'Acoustics' has a weight of 44%
                    • Linear systems

                      The concept 'Linear systems' has a weight of 40%
                      • Robustness (control systems)

                        The concept 'Robustness (control systems)' has a weight of 39%
                        • Approximation theory

                          The concept 'Approximation theory' has a weight of 35%
                          • Mathematical models

                            The concept 'Mathematical models' has a weight of 33%
                            • Power electronics

                              The concept 'Power electronics' has a weight of 32%
                              • Magnetic permeability

                                The concept 'Magnetic permeability' has a weight of 32%
                                • Error analysis

                                  The concept 'Error analysis' has a weight of 31%
                                  • Fourier series

                                    The concept 'Fourier series' has a weight of 31%
                                    • Vibrations (mechanical)

                                      The concept 'Vibrations (mechanical)' has a weight of 31%
                                      • Nonlinear equations

                                        The concept 'Nonlinear equations' has a weight of 29%
                                        • Perturbation techniques

                                          The concept 'Perturbation techniques' has a weight of 29%
                                          • Piezoelectric devices

                                            The concept 'Piezoelectric devices' has a weight of 29%
                                            • Control theory

                                              The concept 'Control theory' has a weight of 29%
                                              • State space methods

                                                The concept 'State space methods' has a weight of 28%
                                                • Ordinary differential equations

                                                  The concept 'Ordinary differential equations' has a weight of 28%
                                                  • Equations of motion

                                                    The concept 'Equations of motion' has a weight of 28%
                                                    • Plastics extruders

                                                      The concept 'Plastics extruders' has a weight of 27%
                                                      • Asymptotic stability

                                                        The concept 'Asymptotic stability' has a weight of 26%
                                                        • Piezoelectricity

                                                          The concept 'Piezoelectricity' has a weight of 25%
                                                          • Elasticity

                                                            The concept 'Elasticity' has a weight of 25%
                                                            • Flow of fluids

                                                              The concept 'Flow of fluids' has a weight of 25%
                                                              • Thermal diffusion in solids

                                                                The concept 'Thermal diffusion in solids' has a weight of 25%
                                                                • Feedback

                                                                  The concept 'Feedback' has a weight of 24%
                                                                  • Finite element method

                                                                    The concept 'Finite element method' has a weight of 24%
                                                                    • Feedback control

                                                                      The concept 'Feedback control' has a weight of 23%
                                                                      • Acoustoelectric effects

                                                                        The concept 'Acoustoelectric effects' has a weight of 23%
                                                                        • Resonators

                                                                          The concept 'Resonators' has a weight of 22%
                                                                          • Time delay

                                                                            The concept 'Time delay' has a weight of 21%
                                                                            • Quartz

                                                                              The concept 'Quartz' has a weight of 21%
                                                                              • Boundary value problems

                                                                                The concept 'Boundary value problems' has a weight of 20%
                                                                                • Finite difference method

                                                                                  The concept 'Finite difference method' has a weight of 20%
                                                                                  • Theorem proving

                                                                                    The concept 'Theorem proving' has a weight of 19%
                                                                                    • Wave effects

                                                                                      The concept 'Wave effects' has a weight of 19%
                                                                                      • Porous materials

                                                                                        The concept 'Porous materials' has a weight of 19%
                                                                                        • Convergence of numerical methods

                                                                                          The concept 'Convergence of numerical methods' has a weight of 19%
                                                                                          • Thermal conductivity of solids

                                                                                            The concept 'Thermal conductivity of solids' has a weight of 18%
                                                                                            • Heat transfer

                                                                                              The concept 'Heat transfer' has a weight of 18%
                                                                                              • Poles and zeros

                                                                                                The concept 'Poles and zeros' has a weight of 18%
                                                                                                • Equivalence classes

                                                                                                  The concept 'Equivalence classes' has a weight of 18%
                                                                                                  • Disturbance rejection

                                                                                                    The concept 'Disturbance rejection' has a weight of 17%
                                                                                                    • AC motors

                                                                                                      The concept 'AC motors' has a weight of 17%
                                                                                                      • Mathematical morphology

                                                                                                        The concept 'Mathematical morphology' has a weight of 17%