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Applied Mathematics Seminar Series
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The seminar series of the Applied Maths Group, School of Mathematics. Our interests include: Nonlinear Waves; Reaction-Diffusion Theory, Asymptotic Methods; Applied Dynamical Systems; Fluid Mechanics, Aerodynamics, Stability, Free Surface Flows, Bubble Dynamics; Mathematical Biology, Systems Biology and Biofluids; Mathematical Modelling in Chemical Engineering; Inverse Problems; Numerical Analysis and Scientific Computing. 0 upcoming talks and 165 talks in the archive. Non-Newtonian fluid injection into an otherwise Newtonian boundary layer
Acoustic Cavitation Bubbles: “The NanoStars In A Jar”
Deconstructing patterns and principles of tumour evolution through an integrative approach
Bubble collapse in complex geometries
Getting more out of information: From applied and numerical analysis to applications
Poroelasticity derived via asymptotic homogenization
Design principles of complex cellular decision-making networks during cancer metastasis
Blood flow oscillations are triggered by irregular vascular networks: a microscale mechanism for cycling hypoxia in tumours?
Yielding and shear banding of amorphous materials
Collective dynamics in networks with non-uniformly distributed heterogeneities
Discrete models of cellular mechanicsPlease register - details below
Cancelled until further noticeSeminar in Cardiovascular Sciences
Title to be confirmedPostponed due to COVID
Periodic PDEs with critical contrast: unified approach to homogenisation and links to time-dispersive mediaPostponed due to COVID
An introduction to Quantitative Systems PharmacologyPostponed due to COVID
Discrete Multiphysics for in-silico modelling of human organs and other biological applications
Statistics of internal equilibria: Evolutionary Game Theory meets Random Polynomial Theory
A coupled bulk-surface model for cell polarisation
Using Boolean Modelling and Natural Language Processing to unveils patterns of antimicrobial resistance
Turing instability, localised patterns and plant cell polarity formation
Strategies for Multilevel Monte Carlo
Total variation of the normal as a prior in geometric inverse problems
The role of surfactants on the interfacial stability of multilayer channel flows
Mathematical modelling of cell polarity to system-level responses
Structure, function and growth in asthmatic airways: towards integration of mechanistic models and experimental data
A computational model of vascular regressionNote date and place outside of usual slot.
Slow travelling wave solutions of the nonlocal Fisher-KPP equation
Critical Transitions: from bifurcations to personalized medicineNote date and place outside of usual slot
Dynamic wrinkling of elastic sheets
Low-order divergence-free finite element methods
Continuum Model for the Collective Behaviour of Gyrotactic Micro-Swimmers
Dynamic modulation of glucose utilisation by glucocorticoid rhythms in health and disease
Wetting-dewetting hysteresis in porous and fractured media
Mathematical modelling of vibrotaction: From excitation to the sensationLunch with the speaker at staff house 12, tea after the seminar
CancelledSeminar originally planned for 10/10/2019 cancelled, will rearrange talk on a later date
Centrosome positioning and asymmetric division in polarized cells: Torque generation in the early C. elegans embryoLunch with the speaker at staff house 12, tea after the talk
Integration of mathematical models and cell culture experiments in order to unravel cell migration mechanobiology
Extreme Event Quantification for Rogue Waves in Deep Sea
Parameter estimation for pedestrian dynamics models
Simulating flexible filament suspensions and their sedimentation
Localized bulging in inflated hyperelastic cylindrical tubes: theory, experiments, and numerical simulations
The geometric influence of domain-size on the dynamical behaviour of reaction-diffusion systems
The geometry of Lagrangian averaging in fluids
Copying vs self-assembly: What's the fundamental difference?
Elastic jumps on networks - towards a mathematical framework for predicting retinal haemorrhage
Of Mice and Men: Modelling the differences in tumour growth kinetics and response to treatment
Mechanical models for cellular mechanotransduction
Modelling Extrusion-Based Printing of Entangled Polymers
Numerical Investigation of Acoustic Cavitation as a Novel Method of Dental Plaque Removal
Enhancement of microorganism swimming speed in active matterNote the unusual date and time
Motion on the microscale: synthetic and sperm-driven microrobots
Should Biologists Care About Quantum Mechanics? New Quantum Models of Biological Phenomena
Linear mapping approximation of gene regulatory networks with stochastic dynamics
Tales of motion at the microscale: microbots, bacteria and phage viruses
The Impact of Microbial Community Interactions on the Evolution of Virulence and Antibiotic Resistance
Qualitative and quantitative coarse-graining in molecular dynamics
Instabilities in Blistering
The unreasonable effectiveness of small neural ensembles in high-dimensional brain
Rhythms for Life: GnRH pulse generation and frequency decoding - a mathematical perspectiveNote the unusual room in Biosciences.
Cancer evolution in a changing microenvironment
Toward small-scale laboratory dynamos
TBC
Title to be confirmed
Towards improved metal detection using (generalised) magnetic polarizability tensors
Hybrid methods based on domain decomposition for multi-resolution modelling in fluid dynamics
Cytoskeleton self-organization is robust and depends on cell geometry alone
Mechanistic Analysis of Invasive Patterning in Squamous Cell Carcinoma
Title to be confirmed
Nonlocal models for cell-cell interactions
Shear-thinning: A stabilising effect? Yes, no, maybe?
Some mathematics of sound in aircraft engines
Rethinking pattern formation in reaction-diffusion systemsNote unusual date. If you would like to meet the speaker, please email f.spill@bham.ac.uk
How do antibiotics work? Linking antibiotic inhibition to bacterial physiology using theoretical models and experiments.
Surrogate Models in Large-Scale Bayesian Inverse Problems
Towards a model of growth and patterning in the vertebrate neural tube
Brain Networks in Epilepsy: From (mathematical) models to man
Coupled Thermal Hydraulics and Neutronics Analysis of Nuclear Reactors
Recent progress in mathematical ecology: an overview
Mathematical descriptions of molecular spatio-temporal organisation during T cell signalling
Counting small subgraphs in multi-layer networks(Joint work with Kitty Meeks)
Adaptivity in geophysical flows
Ammonites' shells as mechanical oscillators
Mathematical models of the flow of aqueous humour of the eye
Electrohydrodynamics of particles and drops in strong electric fields
Geometric tuning of self propulsion of catalytic particles
Modelling bacteria: how can mathematics contribute to combatting AMR?
Cultivating genetically modified bacteria for industrial harvest: multiscale problems of nutrient transport and reaction kinetics
Multiscale Image Based Modelling in Biology
Diffusion of finite-size particles and application to porous media
On long time approximation of ergodic stochastic differential equations; examples from homogenization and molecular dynamics
Simplified models of Water entry and exit
A space-time Trefftz dG method for the second order acoustic wave equation
Title to be confirmed
Modeling swimming microbes with a regularized Stokeslet boundary element method
Title to be confirmed
Singularities for internal, external, and artificial microbiofluiddynamics
Optimal discretisation in Banach spaces
Fluctuations in stochastic systems with memory
Stability and dynamics of bubbles with particle-laden interfaces
Drawing microstructured optical fibres: the inverse problem
Mathematical Musings on Blindness & Bacteria
Test
Using mathematical modelling to predict optimal antibiotic treatment strategies.
How magnets and mathematics can help solve the current water crisis
Dynamic networks and network dynamics
Beyond integrability: the far-reaching consequences of thinking about boundary conditionsThis talk is a School of Mathematics Colloquium
Data Assimilation and its applications to meteorology
Plants and Fat Pads: The Elasticity of Cellular Bodies in High Deformation
Image registration with uncertain landmarks
Singular asymptotics of surface-plasmon resonance
Maxwell-Stefan diffusion limit for gas mixturesJoint Analysis/Applied seminar, please note unusual location and time
Uncertainty in cardiac electrophysiology models - identifiability, parameterisation and model selection
Numerical integration of the Landau-Lifshitz-Gilbert equation
Modelling eye growthPlease note the unusual venue
Modelling the Microvasculature using a new Boundary Integral Formulation for Biphasic Mixture Theory
Cell- and tissue-scale interactions in asthmatic airways
Feedback control of falling liquid films
Developing PDE-compartment hybrid frameworks for modeling cell migration
Stress and fibre orientation in plant growth - making the twain meet mathematically
Variational problems involving rearrangements of functionsJoint Analysis / Applied Mathematics seminar
Unravelling the complexity of blood clotting and thrombosis using mathematical techniques
Capillary Breakup of a Liquid Bridge: Identifying Regimes and Transitions
Domain decomposition and heterogeneous problems
Adaptivity and polytopic meshes for convection-diffusion-reaction problems
Robust and adaptive control for managed ecologies
Localised structures in nonlocal neural field models
Evolutionary game-theoretic modelling of cyber-security, crime prevention, inspection and corruption
Scaling Limits in Computational Bayesian Inversion
Singularities, Slip, Substrates and Structure: Challenges of modelling the moving contact line problem
Oscillatory kinetics in cluster-cluster aggregation
Mathematical Models for Tissue EngineeringRoom changed
Multiscale analyses of tissue growth and front propagation
The many faces of magnitudeMathematics Colloquium
Three-wave interactions, quasipatterns and spatiotemporal chaos in systems with two length scales.
Transport driven self-organisation in chemical systems
Advection-condensation of water vapour in a model of coherent stirring
A kinematic explanation for gamma-ray burstsMathematics Colloquium
From the microscale to the macroscale: How the hierarchical structure of ligaments and tendons affects their mechanical behaviour
A classical problem in Elliptic PDEJoint Analysis/Applied Mathematics Seminar
Mathematical Modelling of Liquid Snowflakes
Microbiology’s N-body Problem: Interspecies Metabolite Transfer in Spatially-Structured PopulationsRoom changed
A posteriori error estimates for a finite element approximation of transmission problems with sign changing coefficientsNote unusual time/day
Galerkin methods for (fully) nonlinear elliptic equations
Front propagation in cellular flows for fast reaction and small diffusivity
A posteriori error estimation for stochastic Galerkin approximations
Multilevel Markov Chain Monte Carlo with Applications in Subsurface Flow
Rates of mixing in models of fluid flow.Note that this talk will be particularly accessible to undergraduates!
Periodic orbits for real planar polynomial vector fields of degree $n$ having $n$ invariant straight lines.
Cells, cell sheets and insect embryos: modelling the role of mechanics in tissue Development
Numerical modelling of surface and internal tides
Guiding Experiments using Continuation
Vibro-acoustic energy distributions in complex structures at high frequencies
Statistical mechanics for complex, multiphase fluids
Modelling polymer crystallisation under flow: from molecular shape to flow properties and crystallisation.*This talk will be particularly accessible to year 4 undergraduates.*
Physical modelling and Bayesian inference elucidates the debated mechanism of the mtDNA bottleneck
Optimising chiral structures for micro-scale propulsion
Non-smooth dynamics in spiking neural models.
Exponential asymptotics and homoclinic snaking in continuous and discrete systems
If you have a question about this list, please contact: Meurig Gallagher; Fabian Spill; Dr Pradeep Keshavanarayana; Daniel Loghin; Dr Callan Corbett. If you have a question about a specific talk, click on that talk to find its organiser. |
Other listsMetamaterials and Nanophotonics Group Seminars analysis School of Mathematics eventsOther talksThe Holographic Universe TBA TBA Quantum-Enhanced Interferometry hunting in the Dark Universe: How Gravitatioanl-wave detector technology can be (ab)used for other mysteries in fundamental physics. TBA The Electron-Ion Collider |
Paul Griffiths, Aston University.
Wednesday 14 June 2023, 13:00-14:00