- Experimental, Computational and Interdisciplinary Solid Mechanics: Stress Analysis, Composite Structures and Structural Health Monitoring
- Conduct experimental analysis and mechanical testing using full-field optical methods (photoelasticity, DIC), strain gauges and standard ASTM/ISO tests, including design of specimens and fixtures.
- Develop and validate finite element models of components and structures, and correlate numerical predictions with experiments.
- Fabricate and characterise composite and advanced materials, and investigate damage, fracture, fatigue and failure mechanisms.
- Develop structural health monitoring and NDE methods, supported by inverse, image-processing and data-driven techniques.
- Contribute to interdisciplinary applications of solid mechanics in biomedical, energy, manufacturing and smart-material areas.
- Publish in high-impact journals, prepare funding proposals and patents, mentor students, and deliver project reports and milestones on time.
Job category: Project
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