| Electricity And Safety Laws For Electric Vehicle.
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| Thermodynamics.
Heat Transfer.
Fluid Mechanics.
| Thermodynamic, boiling and condensation, Fast phase transition/in transient state, combustion, methane-hydrate.
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| Machine Design with the Finite Element Method
| Finite element method, dynamics, strength of materials, structural buckling, theory of elasticity, and vibrations
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| Engineering Graphics.
Measurement and Experimental Methods.
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| Engineering Graphics.
Machine Design Project.
| Internal combustion engine.
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| Optimization Of Multidisciplinary System Design.
Rotating Wing Subjects.
Aircraft Dynamics and Aerodynamics.
| Aerodynamics, aircraft design, rotary wings, optimization.
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| Model Predictive and Interpolating Control.
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| Introduction to Atmospheric Flows for Engineers.
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| Strength of Materials for Biomedical Engineering; Computational Methods for Protective Engineering. | Computational methods and simulations, Dynamic properties of materials, Shock waves, Blast effects and structural response, Protective technologies.
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| | Fluid mechanics, Mass, and heat transfer.
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| Transport Phenomena In Engineering Flows And In Nature.
| Gases and magnetic fields in fluid flows; Theory of turbulence; Atmospheric and astrophysical fluid flows; Environmental science; Aerosol science.
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| Mechanical Engineers Programming.
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| Design and Analysis of Composite Structure
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