Micro Nano Devices & Systems Lab

Teaching

ME 6300: Intermediate Heat Transfer (Graduate)

 

ME 2016: Computing Techniques (Undergraduate)

  • Root finding, Numerical Error Analysis

  • Curve Fitting, Interpolation, Integration

  • Ordinary Differential Equation

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  • Optimization

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Offered every semester

 

ME 3345 : Heat Transfer (Undergraduate)

  • Conduction

  • Convection

  • Radiation

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  • Heat Exchangers

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Offered every semester

 

ME 8833KU : Computational Heat Transfer (Graduate)

  • Introduction to General Scalar Transport Equations: A review of Mass, Momentum and Energy Conservation Equations; Classification of PDEs

  • Discretization Methods: Finite volume and Finite Difference Methods; Consistency, Stability, Convergence Analysis

  • Heat Conduction: Solution of Steady and Transient Conduction Problems in 1D-3D; Linear-Iterative Solvers, Error Analysis

  • Convection and Diffusion: Steady and Unsteady Convection-Diffusion Problems; Schemes for Solving Convection-Diffusion Problems; Higher Order Schemes

  • Flow Field and Heat Transfer: Solution of Momentum/Energy Equations, SIMPLE Family Algorithms

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Offered in Fall 2010, Spring 2012, Fall 2013, Fall 2015

 

ME 6309 : Nanoscale Heat Transfer (Graduate)

  •  Statistical mechanics and equilibrium distributions, quantum statistics, specific heat of ideal gases    

  •  Properties of solids: specific heat and quantum size effect, thermal conductivity of solids; thermal conductivity thin films

  • Understanding solids and band structures

  • Non-Fourier heat conduction: nonequilibrium pulsed laser heating; Boltzmann transport equation

  • Thermal conductivity and interfacial thermal conductance estimation in micro/nanoscale structures

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Offered in Spring 2013, Spring 2014

 

Please check http://www.t-square.gatech.edu for details
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