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Common Courses 1MST01 - Advanced Mathematics Review of fundamental concepts Ordinary differential equations Linear differential equations Laplace transforms Vector analysis Multiple, line and surface integrals and integral theorems Fourier series Fourier integrals Gamma, Beta and other special functions Bessel functions Legendre functions and other orthogonal functions Complex variables and conformal mapping Complex inversion formula for Laplace transforms Matrices Calculus of variations 1MLM05 - Computational Fluid Mechanics Philosophy of computational fluid dynamics Equations of fluid dynamics and their derivation and physical meaning Mathematical behavior of partial differentiation equations the impact on computational dynamics Basic aspects of discretization Grids and meshes with appropriate transformations Simple CFD techniques Solutions of quasi-dimensional nozzle flows Solution of a two-dimensional supersonic flow Prandtl-Meyer expansion wave Incompressible couette flow numerical solution by means of an implicit method and the pressure correction method Incompressible inviscid slow over a circular cylinder solution by the technique relaxation Advanced topics in modern CFD Future CFD developments References 1MLM06 - Compressive Fluid Flow Introduction Equations of steady one-dimensional compressible flow Fundamental aspects of compressible flow One-dimensional isentropic flow Normal shock waves Oblique shock waves Expansion waves Prandtl-Meyer flow Variable area flow Adiabatic flow in a duct with friction Flow with heat addition or removal Generalized quasi-one-dimensional flow Numerical analysis of one-dimensional compressible flow Hypersonic flow High-temperature flows Low density flows References 1MST57 - Fundamentals of Aircraft Structural Analysis Introduction Material behavior and failure Energy methods Unsymmetrical bending Elastic-plastic bending Shear and torsion of thin-walled beams Membrane stresses in axis-symmetric shells Beams on elastic foundations Axis-symmetric bending of cylindrical shells Thick walled cylinders and disks Curved beams Elastic stability Reference 2. Aeronautical Engineering Major Electives 1: select 2 from - 1MST66 - Spacecraft Systems Engineering The spacecraft environment and its effect on design Dynamics of spacecraft Celestial mechanics Mission analysis Propulsion systems Launch vehicles Atmospheric re-entry Spacecraft structures Attitude control Electrical power systems Thermal control of spacecraft Telecommunications Telemetry, command and data handling Ground stations Spacecraft electromagnetic compatibility engineering Spacecraft assurance Spacecraft systems engineering References 1MST67 - Space Vehicle Mechanisms Stainless steels Beryllium and its alloys Structural composites Fastener materials Ball bearing materials Spring materials Other broadly used materials Pyrotechnic release devices Non-explosive release devices Ball bearings Permanent magnet motors Feedback devices Rotating signal and power transfer Deployment devices Structural dynamics Contamination Thermal design 1MST58 - Essentials of Space Technology The space arena Space systems design Space technologies Space business and management Space applications Space sciences Space social sciences and humanities. 1MST59 - Aerospace Engineering and Design A brief history of flight Introduction to engineering Aerodynamics Aircraft performances Introduction to structural engineering Aircraft propulsion Introduction to airplane stability and control Space environment - and engineering perspective Orbital mechanics Satellite systems engineering Design - lighter than air vehicle module Unit systems and unit conversion factors Physical constants and references Electives 2: select 2 from - 1MST52 - Analysis of Aircraft Performance and Control An introduction to the performance of fixed wing aircraft The atmosphere and air data measurement The force system of the aircraft and the equations of motion Cruising performance Climb and descent performance Take-off-and landing performance Aircraft manoeuvre performance Aircraft performance measurement and data handling Scheduled performance The application of performance data Performance cases and examples Reference information 1MST61 - Helicopter Dynamics Fundamental mechanisms of rotor systems Rotor aerodynamics in axial flight Rotor aerodynamics and dynamics in forward flight Trim and performance in axial and forward flight Flight dynamics and control Unsteady aerodynamic behavior Structural dynamics of elastic blades Rotor induced vibration Aero-elastic and aero-mechanical behaviors 1MST64 - Helicopter Test Evaluation The flight test process Performance theory Performance testing Stability and control testing Helicopter systems Systems testing Results and reports References 1MST62 - Design of Cushion Craft Introduction to hovercraft Air cushion theory Steady drag forces Stability Trim and water surface deformation under the cushion Maneuverability Design and analysis of ACV and SES shirts Motions in waves Model experiments and scaling laws Design methodology and performance estimation Determination of principal dimensions of ACV and SES Lift system design Skirt design Structural design Propulsion design Power unit selection References |
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