• CHE 6540: Process Dynamics

  3.00 Credits

  Tennessee Technological University

  
  Prerequisite: CHE 4540 or equivalent. Continuation of Chemical Engineering 4540. Frequency response methods, nonlinear methods, process applications, and computer simulation.
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• CHE 6810: Special Topics/Chem Engr

  3.00 Credits

  Tennessee Technological University

  
  Prerequisite: Consent of instructor. Topics such as polymeric materials, biochemical engineering, pollution abatement, air and liquid filtration, energy conversion, processing in extreme conditions.
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• CHE 6910: Chem Engr Grad Seminar

  1.00 Credits

  Tennessee Technological University

  
  Prerequisite: Graduate standing in Chemical Engineering. Current literature in Chemical Engineering and presentation of current or completed graduate research.
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• CHE 6920: Chem Engr Grad Seminar

  1.00 Credits

  Tennessee Technological University

  
  Prerequisite: Graduate standing in Chemical Engineering. Current literature in Chemical Engineering and presentation of current or completed graduate research.
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• CHE 7030: Molecular Thermodynamics

  3.00 Credits

  Tennessee Technological University

  
  Prediction and correlation of thermodynamic properties used in vapor-liquid and liquid-liquid phase equilibrium calculations. Monte-Carlo and Molecular Dynamics Simulation techniques.
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• CHE 7040: Thermodynamics

  3.00 Credits

  Tennessee Technological University

  
  Methods for presenting thermodynamic data of hydrocarbons; P-V-T correlations, K and alpha values, fugacity and activity coefficients.
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• CHE 7140: Separation Processes

  3.00 Credits

  Tennessee Technological University

  
  Separation processes including multicomponent distillation, azeotropic and extractive distillation, gas absorption, and liquid-liquid extraction.
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• CHE 7220: Chem Reactors-Heterog Systems

  3.00 Credits

  Tennessee Technological University

  
  Design of reactors for heterogeneous systems.
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• CHE 7230: Adv Nanocomposite Engr Tech

  3.00 Credits

  Tennessee Technological University

  
  Prerequisites: ChE 6010. Nanoscience requires application of both continuum mechanics and quantum mechanics to aid materials design. The course will reflect interdisciplinary studies in composite engineering and chemistry to illuminate advanced principles of mechanics, characterization and thermodynamics in the emerging field of nanoscience/surface science. Modeling methodologies, scaling and modern processing techniques are taught.
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• CHE 7240: Adv/Fuel Cell Electrocatalysis

  3.00 Credits

  Tennessee Technological University

  
  Prerequisite: CHE 6010. This course probes the state-of-the-art advances in electrocatalyst development and catalyst layer engineering for a variety of fuel feeds and fuel cell types. Nano-catalyst structure is a central issue. Characterization methodologies, redox reaction mechanisms and durability limitations will be covered.
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