The Mathematics Department in Chester offers opportunities for research in areas of special interest to us. These focus on the Numerical Analysis of Deterministic and Stochastic Functional Differential Equations, Mathematical Modelling and Group Algebras and their applications:
- Mathematical and Numerical Analysis of Nonlinear Ordinary and Partial Differential Equations;
- Analysis of Stochastic Partial Differential Equations;
- Mathematical Modelling in Biology and Ecology;
- Group Algebras and their applications;
- Fractional Differential Equations;
- Delay Differential Equations, including Stochastic DDEs;
- Integral and Integro Differential Equations of Volterra Type;
- Mixed type Functional Differential Equations;
- Mathematical Immunology;
- Mathematical Modelling of Evolutionary Problems.
We are pleased to welcome enquiries from any students interested in considering undertaking research in Mathematics. For more information please contact the Mathematics Department.
Current Postgraduate Research Students:
Name |
Supervisors |
My project |
Luis Ferras | Neville Ford and Luisa Morgado | Numerical solution of fractional differential equations |
Monzorul Khan | Yubin Yan and Neville Ford | Numerical methods for (stochastic) space fractional partial differential equations |
Neil Osborne | Jason Roberts and Neville Ford | Volterra Equations: Numerical Analysis & Fractional Operators |
Rhian Taylor | Joe Gildea | Groups, Rings, Group Rings and their Applications |
Jane Roberts | Jason Roberts and Neville Ford | Numerical Analysis of Volterra equations with weakly singular kernels |
Andrew Rowntree | Jason Roberts and Nikos Kavallaris | Functional Differential Equations in Mathematical Ecology & Biology |
Ben Roberts | Dimitra Antonopoulou & Yubin Yan | Analysis and Numerical Analysis of Stochastic Partial Differential Equations |
Loukas Zagkos | Nikos Kavallaris & Jason Roberts | Mathematical Modeling and Analysis of Biological Systems |
Adrian Korban | Joe Gildea | Group Algebras and their applications in Coding Theory |