Applied Maths Seminars
Past events
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Eigenvector non-orthogonality in non-Hermitian random matrices: theory and applications
Presenter(s): Yan Fyodorov -
Solitonic models of nonlinear phenomena: recent results and perspectives
Presenter(s): Dmitry Agafontsev -
Nonlinear Triad Interactions of Acoustic-Gravity Waves: Towards general evolution equations
Presenter(s): Usama Kadri -
Homogenisation and model reduction for transport in porous media
Presenter(s): Matteo Icardi (Nottingham) -
An abstract domain decomposition framework for heterogeneous coupling problems
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Calculating first passage densities using path integrals
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Jumps and cusps: the Talbot effect in dispersive systems
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The effect of vorticity and elasticity on the stability of travelling waves in deep water
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Understanding the physics of hydrophobic solvation
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How does wave field evolution drive ocean currents?
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Spontaneous Self-Constraint in Actively Kinky Situations
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Frictional Hysteresis in Granular Avalanches
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Evaporation and the coffee-ring effect for non-circular droplets
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Slow dynamics and glasses, from classical to quantum
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Applied Maths Seminar TBA
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Prof. Scott Waitukaitis (Institute of Science and Technology Austria)
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Dr Radu Cimpeanu (University of Warwick, UK)
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Dr Gyula Toth (Loughborough University, UK)
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TBA
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Prof. Uwe Thiele (Westfälische Wilhelms-Universität Münster, Germany)
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Continuum mechanics of liquid mixtures on mesoscopic scales
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Interface approaches for studying travelling waves in spiking neural networks
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Mykola Tasinkevych (Nottingham Trent, UK), TBA
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Alberto Scacchi: "Brownian dynamics for protein self-assembly"
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Ted Johnson (UCL, UK), TBA
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Dispersive shock waves, traveling fronts, and defects in gravity capillary water waves
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Bruno Lombard, "Effective dynamics for low-amplitude transient elastic waves"
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Matthew Tranter: "Resolution of zero-mass contradiction"
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Andrew Archer: Rectangle-triangle soft-matter quasicrystals with hexagonal symmetry
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Tamás Pusztai - Phase-field modelling of directional eutectic melting
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Fabian Schwarzendahl - Growth, mixing, and nematic dynamics of growing bacterial colonies
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Gaël Richard - Hyperbolic approximation of the Serre-Green-Naghdi equations
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Prof. David Lloyd - Approximate Localised Dihedral Patterns Near a Turing Instability
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Alex Kyriakis - Analysis of Schwarz algorithms for the Modified Euler-Tricomi equation
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Kristian Thijssen - Control of Active Nematics
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Stanislav Opanasenko - On a class of linearisable Abel equations
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Cédric Bernardine - Localization Effects on Transport Properties in Chains of Oscillators
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Prof. Gennady El - Soliton gas in integrable dispersive hydrodynamics
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Prof. Sir Michael Berry - Superoscillations in waves: old, new, common, uncommon
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Prof. Anotida Madzvamuse - Theoretical and computational advances for bulk-surface PDEs
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Dr Marco Mazza - Boundary-interior principle for microbial navigation in geometric confinement
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Prof. Dmitry Pelinovsky - Solitary waves in systems with intensity-dependent dispersion
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Dr. David Sibley - Coupled dynamics of solid-liquid-vapour systems with mass transfer
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Dr. Steve Fitzgerald - Path integral approach to stochastic processes
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Dr. Alex Doak - Three-layer internal mode-2 solitary waves
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Prof. Anatoly Neishtadt - On adiabatic invariance for billiards in a magnetic field
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Cooperative atomic motion and crystal growth kinetics in glass-forming metallic systems
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Dynamics of spatio-temporal localized states in time-delayed systems
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Classification of internal waves shoaling over slope-shelf topography
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The Dynamics of Waves in the Neighbourhood of the Benjamin-Feir Instability
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Fractional power series and the method of dominant balances
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Iterative regularization methods for large-scale linear inverse problems.
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Lattice Boltzmann for particle dissolution and growth simulations
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Phase-field modelling of complex solidification morphologies
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Ergodic properties of many particle systems with random external collisions.
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Why are gravity-capillary waves skewed in the way they are?
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Time-irreversibility in the classical many-body dynamics
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Multiscale modelling of flow- induced crystallisation in polymers.
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Nonlinear Waves of Envelopes: Glimpses of History
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Loughborough Applied Mathematics Seminar (Christmas Lecture)
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Shoaling Mode-2 Internal Solitary-Like Waves
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Feedback control of falling liquid films
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Conceptual model of a cognitive system
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Multiscale Modeling of 2D Materials with the Phase-Field Crystal Model*
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Travelling-wave spatially periodic forcing of asymmetric binary mixtures