Southampton Aero & Astro Seminars

Southampton Aero & Astro Seminars

Department of Aeronautics and Astronautics, University of Southampton

We undertake world-class research in aerodynamics, structures and materials, mechanics of flight, and space systems whereby technological advancements achieved in our department can benefit academia, industry and society.

Our interactive and collegial community includes experts in:

  • Theoretical, computational and experimental fluid mechanics
  • Mechanics of composites and metamaterials
  • Space systems and structures
  • Nano-mechanics of multifunctional materials
  • Data-driven modelling and control
  • Computational modelling including artificial intelligence

Using world-class experimental facilities and in-house computer simulation and modelling codes, we explore the underlying physics of solids, fluid flow and control mechanisms. Our aim is to improve the aerodynamic, structural and flight performance for the next generation of aircraft and space structures.

We are proud to host the Airbus Noise Technology Centre. We also work with two Rolls-Royce University technology centres which carry out research into:

  • Computational Engineering
  • Propulsion Systems Noise
Speakers
Community
Department of Aeronautics and Astronautics
Department of Aeronautics and Astronautics
University of Porto

Design of composite materials and structures across the scales: physical and data-driven models

Pedro Camanho, University of Porto

Harnessing structural instabilities within metamaterials to enhance energy absorption systems

Prof. Ahmer Wadee
Imperial College London

Optimal Structural Metamaterials for Launch Vibration Control

Matthew Santer, Imperial College London
University of Trento

Origami Metamaterials and Kresling Structures: Theoretical and Experimental Insights

Diego Misseroni, University of Trento
University of Notre Dame

Adjoint-Based Deep Learning for Flow Prediction and Control

Jonathan MacArt, University of Notre Dame
Durham University

Local mechanics: from crumpled sheets to origami and kirigami

Martin Walker, Durham University
Queen Mary University of London

Bridging physics and machine learning in material design and optimisation?

Wei Tan, Queen Mary University of London
University of Edinburgh

From bluff-body flows to performance enhancement of tidal turbines

Puja Sunil, University of Edinburgh
ETH Zurich

Particles floating on turbulent water

Filippo Coletti, ETH Zurich