Electricity And Safety Laws For Electric Vehicle.
Thermodynamic, boiling and condensation, Fast phase transition/in transient state, combustion, methane-hydrate.
Machine Design with the Finite Element Method
Finite element method, dynamics, strength of materials, structural buckling, theory of elasticity, and vibrations
Measurement and Experimental Methods.
Machine Design Project.
Internal combustion engine.
Optimization Of Multidisciplinary System Design.
Rotating Wing Subjects.
Aircraft Dynamics and Aerodynamics.
Aerodynamics, aircraft design, rotary wings, optimization.
Model Predictive and Interpolating Control.
Introduction to Atmospheric Flows for Engineers.
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.
Fluid mechanics, Mass, and heat transfer.
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.
Mechanical Engineers Programming.
Design and Analysis of Composite Structure