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Marknesse
1 week ago
PhD Position on Impact Analysis of Composite Structures logo

PhD Position on Impact Analysis of Composite Structures

NLR - Netherlands Aerospace Centre

Marknesse
1 week ago
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PhD Position on Impact Analysis of Composite Structures

Join the Netherlands Aerospace Centre (NLR) as a PhD candidate to research impact analysis of composite structures. You will develop high-fidelity computational methods for high-velocity impact events and transform them into efficient tools for design and certification. The role involves a 4-year research contract, collaboration with Delft University of Technology, and a hybrid work model.

AI-enabledHybridFull-timeEntry LevelFinite Element Modelling (FEM)Aerospace Structures

PhD Position on Impact Analysis of Composite Structures

Join the Netherlands Aerospace Centre (NLR) as a PhD candidate to research impact analysis of composite structures. You will develop high-fidelity computational methods for high-velocity impact events and transform them into efficient tools for design and certification. The role involves a 4-year research contract, collaboration with Delft University of Technology, and a hybrid work model.

Apply
AI-enabledHybridFull-timeEntry LevelFinite Element Modelling (FEM)

Salary

Not specified

Work Location

Marknesse, Flevoland, Netherlands, NL

Work Model

Hybrid: 3 days in Marknesse, 1 day in Delft, 1 day from home

Employment Type

Full-time

Experience Level

Entry level

Contract Length

48 months

Core Qualifications

Technical (Must-have)
Finite Element Modelling (FEM)Aerospace structuresDamage mechanicsComputational mechanicsMachine LearningModel order reductionHigh-velocity impact simulationMesh-free methodsSmoothed particle hydrodynamicsMaterial models
Soft Skills
CommunicationResearchProblem-solvingCollaboration

Key Responsibilities

  • •Research computational methods and software for simulating high-velocity impact events
  • •Perform experimental testing to validate computational models
  • •Conduct a comprehensive literature review on computational modelling of high-velocity impacts on composite structures
  • •Implement and further develop selected computational methods, including modifying algorithms and developing new material models
  • •Develop computationally efficient surrogate models using machine learning and model order reduction
  • •Integrate surrogate models into a design optimisation framework for automatic generation of optimal material architectures and layups
  • •Provide industry-applicable tools and design guidelines for certification of impact protection systems
PhDAerospaceComposite StructuresImpact AnalysisComputational MechanicsFinite Element ModellingMachine LearningResearchNetherlands
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