Aerospace Structures

Aeronautical Structures (MSC Patran/Nastran, Mathematica/Matlab)

REL1 Static response of a wing box. 

REL2 Natural modes and frequencies of a wing box. 

REL3 Static response, natural modes and frequencies of an elastic plate.

REL4 Static response, natural modes and frequencies of shell structures.

REL5 Buckling of plate and shell structures.

Optimization Short Theory.

Aeroelasticity (MSC Patran/Nastran, Mathematica/Matlab)

REL1 Simply supported infinite plate in supersonic flow.

REL2 Typical section model.

REL3 Upgrade typical section model.

REL4 Three degree of freedom system (airfoil plunge and pitch, fuselage plunge).

REL5 Wing box analysis.

Experimental Testing of Aerospace Structures (LMS Test.Lab, Mathematica/Matlab)

REL1 Determination of Young Modulus by means of static test.

REL2 Determination plane deformation state piece of fuselage.

REL3 Natural frequencies, modal shapes, damping factor of a steel beam.

REL4 Modal parameters in time domain and model upgrade.

Thermoelasticity and smart structures  (MSC Marc, Mathematica/Matlab)

REL1 Sizing the thickness of main thermic protection Space Shuttle.

REL2 Determination internal and external temperature of an aircraft window.

REL3 Non stationary thermal conduction beam.

REL4 Stationary thermal-elasticity of a joint inside a plate-

  Work in progress