Sg170 And Sg145 Solution Owner
- Propose changes in the layup to reduce defects and improve cycle time.- Structural analysis of the layup changes.- Support on structural changes on the blade.
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Lucas Amaro De Oliveira is listed as Mechanical Engineer, M.Sc, PhD | Wind Energy | Stress Analysis, Finite Element Analysis (FEA), Composite Materials. based in Aveiro, Portugal. AeroLeads shows a matched LinkedIn profile for Lucas Amaro De Oliveira.
Lucas Amaro De Oliveira previously worked as SG170 and SG145 Solution Owner at Siemens Gamesa and Submodule Owner: Bond Lines at Siemens Gamesa. Lucas Amaro De Oliveira holds Doctorate, Aeronautical And Mechanical Engineering, 8.9 (Max: 10, Min: 0) from Aeronautics Institute Of Technology.
Skills: Finite element analysis (FEA), analytical models, developing methods and tools, programming, composite materials, fatigue, fracture, damage modelling.Softwares: Abaqus, Hypermesh, FemapPrograming languages: Python, Fortran, Matlab.
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Vagos, Aveiro, Portugal
- Propose changes in the layup to reduce defects and improve cycle time.- Structural analysis of the layup changes.- Support on structural changes on the blade.
Vagos, Aveiro, Portugal
-Define design rules/limits-Define manufacture tolerances and defect limits.-Design subcomponent specimens to test thickness tolerances.-Perform DFMEAs.-Support on nonconformance evaluation and repair definitions.-Support on material qualifications.
-Define manufacture tolerances and defect limits.-Propose layup changes to reduce defects and improve cycle time.-Perform DFMEAs.-Support on subcomponent test for wrinkles limits.-Support on nonconformance evaluation and repair definitions.-Support on material qualification.
São José Dos Campos, São Paulo, Brazil
- Composites specialist- Structural analyst
São José Dos Campos, São Paulo
• Developed a non-linear material model to simulate quasi-static and fatigue damage propagation in composite materials. • Implemented the model into Abaqus/Explicit subroutines.• Reduced the error on the estimation of the strain energy release rate from 20% to 2%.• The crack growth rate was accurately estimated with an error of only 2.5%• Supported two master students on the application of the proposed model on the analysis of fibre-reinforced stiffened panels.
São José Dos Campos, São Paulo
Participated at SAE Brazil AeroDesign student competition in the Advanced category where was developed an unmanned cargo aircraft, from the conceptual design to competition flights.2017: • Performed structural analysis of sandwich-structured composite components (wingspars and main landing gear) and metallic components (wheels) using FEMAP with NX Nastran. • Received Honorable Mention for the best project in the Advanced category.2016: • Performed structural analysis of the wing spars and main landing gear (constructed in laminated composites). • Optimised these components reducing the mass by 9% using Altair HyperMesh and OptiStruct. • Achieved 2nd place in the Altair Optimisation Challenge.
Rondonópolis, Mato Grosso
Participated at SAE Brazil AeroDesign student competition in the Regular category • Supported the team in the design and stress analysis of the aircraft's structures. • Performed structural analysis of the aircraft’s wing spars and twin-boom.
Thesis: "High-cycle fatigue-driven delamination modelling using interface elements" Advisor: Maurício Vicente Donadon
Thesis: "Otimização aeroestrutural de rotores de turbinas eólica para o regime de vento local" Orientador: Alex Maurício Araújo.
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Lucas Amaro De Oliveira is listed as Mechanical Engineer, M.Sc, PhD | Wind Energy | Stress Analysis, Finite Element Analysis (FEA), Composite Materials..
Lucas Amaro De Oliveira is based in Aveiro, Portugal.
Lucas Amaro De Oliveira has worked for Siemens Gamesa, Lhcolus, Aeronautics Institute Of Technology, Aerodesign Ita, and Ufmt Aerodesign.
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Lucas Amaro De Oliveira holds Doctorate, Aeronautical And Mechanical Engineering, 8.9 (Max: 10, Min: 0) from Aeronautics Institute Of Technology.
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