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National SimCenter Research

Economic Competitiveness through Computational Engineering

The U.S. engineering community now recognizes that computational analysis and design of products and systems is transforming engineering for the global marketplace. Several U.S. government-sponsored studies have concluded that if our country does not lead the world in computational modeling and simulation, then our country will not lead the world in technology development. Governments in Europe and Asia are making very substantial investments in computational engineering that are aimed at surpassing the U.S. in economic competitiveness. The SimCenter expansion is a key step in developing innovative and focused computational engineering approaches that will help the U.S. secure its economic competitiveness in critical technology areas such as defense, sustainable energy, environment, transportation, and health.

Integrated Research and Education

The current SimCenter research program is focused by research in computational methods and their application to complex practical engineering analysis and design problems involving aerodynamics, hydrodynamics, propulsion, and electromagnetics. The National SimCenter will leverage its expertise in these areas to expand and broaden its research and education programs to promising new areas important to U.S. technology leadership including national issues such as sustainable energy, environment, health care and defense. The Computational Engineering M.S. and Ph.D. programs are integrated with the SimCenter research program to offer a unique educational environment in which students can participate in interdisciplinary team research, with opportunities for significant student interaction with multiple researchers. The program prepares its graduates to develop and apply advanced computational simulation and design software for real-world engineering analysis and design problems and to contribute their expertise in an interdisciplinary team research environment.

Current research projects include:

  • Simulation and Design of Large Electromagnetic Systems
  • Analysis and Design of Solid-Oxide and PEM Fuel Cells
  • Lithium Battery Modeling
  • Aerodynamic Analysis and Design Tools for Integrated Embedded Aircraft Propulsion Systems
  • Class 8 Heavy Truck Modeling: Add-on Drag Reduction Devices
  • Surface Ship Maneuvering and Structural Reponse in Extreme Wind/Wave Conditions
  • Efficient Modeling of Wind-Ocean Waves
  • Wind Farm Turbine Placement Optimization
  • Modeling Airborne Contaminant Releases in Urban Environments and Evacuation Strategies
  • Modeling Coastal Flooding and Evacuation Strategies
  • Modeling Urban Flooding and Evacuation Strategies
  • LES of Chemically Reacting Flows
  • Investigation of Local Low Mach Number Preconditioning Schemes for High Energy Flows
  • Electromagnetic Simulations for Nonlinear Materials
  • Modeling of Respiratory Flow Within the Human Lung
  • Generalized Framework for Constrained Design Optimization Using Adjoint Based Sensitivity Derivatives
  • Large Eddy Simulation (LES) Turbulence Modeling
  • Conjugate Heat Transfer for Turbomachinery Applications
  • Unstructured Grid Generation: Tetrahedral Meshing, Elliptic Smoothing, and Adaptation
  • Unstructured Overset Grid Technology
  • Higher-Order Methods for Unstructured Grids: Petrov-Galerkin and Discontinuous Galerkin Methods
  • Physics-Based Modeling for Multi-Material Interfaces
  • Enhancing Scalability and Performance of Tenasi for Multicore Processors
  • Analysis and Design Improvement of Medical Devices

"TENASI" Chosen as Name for SimCenter Simulation Software

A versatile and evolving software system has been developed to perform the many types of complex simulations required for numerous SimCenter sponsored research projects, examples of which are shown in our gallery.

The SimCenter has named this software system “Tenasi,” a Native American settlement in East Tennessee, named after the bends of a river. Tenasi (also spelled Tanasi) was the Capital of the Cherokee Nation from 1721 to 1730 and is the origin of the name of the State of Tennessee. The current spelling “Tennessee” was first recorded on a 1762 map and was selected as most appropriate for the nation's 16th state in 1796.

Prospective Students

The multidisciplinary Computational Engineering program is open to qualified students with undergraduate degrees in engineering, mathematics, computer science, or a physical scienceProspective students must have a strong interest in engineering problem solving, numerical methods, and scientific computer programming. Each student’s program of study is individually tailored to his or her educational background and research goals, and includes emphasis in 1) an engineering application area, 2) scientific supercomputing, and 3) mathematics of computation.

Prospective students can apply by following application procedures of the UTC Graduate School and the Computational Engineering Program.

 

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