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FULL 3D SIMULATION OF COMPOSITE MATERIALS USING PRIMAL – MIXED FEA

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Presentation on theme: "FULL 3D SIMULATION OF COMPOSITE MATERIALS USING PRIMAL – MIXED FEA"— Presentation transcript:

1 FULL 3D SIMULATION OF COMPOSITE MATERIALS USING PRIMAL – MIXED FEA
Dubravka Mijuca

2 Wind turbine rotor blade design
Vesta turbine design The blade is of glass fibre/epoxy matrix pre-pregs The gear box is made of fibre/epoxy The adhesive is made of epoxy External load – gravitational, CFD

3 Wind turbine rotor blade design -Failure assessment

4 Wind turbine rotor blade design – FE results
Delamination Debonding Potential Split Crack

5 Wind turbine rotor blade design -Pressure load from CFD - animation
Model without gear box Model with gear box

6 Wind turbine rotor blade design – Full multiscale analysis - animation
18789 dof per displacement vector and stress tensor

7 Embedded fibre optic sensor in PVB/Aramid Composite
Height of the specimen is 7.3mm Diameter the optical fiber is 0.5mm

8 Embedded fibre optic sensor in PVB/Aramid Composite

9 Embedded fibre optic sensor in PVB/Aramid Composite


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