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Home
Research
Research Areas
Sustainable and Digital Factories and Services
Advanced Manufacturing
Design, Experimentation & Simulation in Engineering
Projects
Research Challenges
Updates
News
Events
About us
Mission
Researchers
Integrated Research Members
Collaborator Research Members
PhD Researchers
International Partnerships
Governance
Contacts
Design, Experimentation & Simulation in Engineering
DESE
Design, Experimentation and Simulation in Engineering
Scientific domains of Design, Experimentation and Simulation in Engineering (DESE) Group:
Structural optimization
Topology optimization
Multibody system dynamics
Optical and acoustic measurements
Structural dynamics
Uncertainty quantification
Computational fluid dynamics
Experimental aerodynamics
Energy efficiency
Heat transfer
Free-surface flows
Theory and Methodologies of Design
Mechanical Design
Computer-Aided Engineering
Product Development Design
Fracture Mechanics and Fatigue
Failure Analysis
Additive Manufacturing of Polymers and Ceramics
Biomechanics
Some current Research Challenges DESE researchers are addressing:
How to optimize composite structures and materials for strength and toughness?
How to construct digital twins for the NDT inspection process?
How to identify damage, fracture and constitutive parameters using inverse methods and considering uncertainty?
How to implement data-driven SHM techniques towards integrated maintenance?
How aerodynamic phenomena impact on the dynamic behaviour of wind turbines and their condition?
How to dynamically control heat transfer using smart passive systems?
How can free-surface flow modelling aid in the performance assessment of wave energy converters?