Course Modules- M.SC-Energy Conversion
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Mandatory courses: 18 Units
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Advanced mathematics: 3 credits
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Convection Heat Transfer: 3 credits
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Advanced fluid mechanics: 3 credits
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Advanced thermodynamics:3 credits
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2 courses out of 5 courses listed below: 6 credits
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Heat transfer
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Fluid mechanics
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Thermodynamics
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Advanced Numerical Analyses:3 credits
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Advanced Numerical Analyses:3 credits
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Advanced Numerical Analyses:3 credits
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Conduction Heat Transfer:3 credits
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Turbulence:3 credits
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Advanced Fuel& Combustion:3 credits
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Radiation Heat Transfer:3 credits
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gas dynamics:3 credits
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Advanced fuel and combustion: 3 credits
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Computational Fluid Dynamics:3 credits
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Boundary layer:3 credits
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statistical thermodynamics:3 credits
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Two-phase Flow :3 credits
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Computational Fluid Dynamics:3 credits
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Turbocharging:3 credits
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specialized courses: 6 credits from courses listed below
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Conduction Heat Transfer:3 credits
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gas dynamics:3 credits
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Computational Fluid Dynamics:3 credits
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Radiation Heat Transfer:3 credits
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Advanced Fuel& Combustion:3 credits
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Turbulence:3 credits
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Advanced Heat Exchangers Design:3 credits
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Advanced Numerical Analyses:3 credits
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Computational Fluid Dynamics:3 credits
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Continuum Mechanics:3 credits
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Boundary layer:3 credits
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Two-phase Flow :3 credits
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Seminar: 2 Units
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Project: 6 Units
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Total: 32 Units
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Cours Modules-M.Sc-Applied Mechanics
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Mandatory courses: 12 Units
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Advanced mathematics: 3 credits
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Continuum Mechanics:3 credits
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2 courses out of 5 courses listed below: 6 credits
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theory of Elasticity 1: 3 credits
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Finite Elements: 3 credits
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Fracture Mechanics 1: 3 credits
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theory of plates and shells: 3 credits
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Advanced Engineering Design: 3 credits
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specialized courses: 12 credits from courses listed below
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Advanced Strength of Materials:3 credits
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Advanced Numerical Analyses:3 credits
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Advanced Control:3 credits
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Plasticity:3 credits
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Advanced Dynamics:3 credits
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Neuro Fuzzy Control:3 credits
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Advanced Mechanics of Composite Materials:3 credits
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Advanced Robotics:3 credits
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Intelligent Control Systems:3 credits
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method of energy:3 credits
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Advanced Vibrations:3 credits
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Impact mechanics 1:3 credits
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Nonlinear control:3 credits
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Seminar: 2 Units
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Project: 6 Units
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Total: 32 Units
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