Skip to content
Skip to navigation menu

Dr Kirill Cherednichenko

Overview

Dr Kirill Cherednichenko Position: Lecturer Email: CherednichenkoKD@cardiff.ac.uk
Telephone: +44(0)29 208 75540
Fax: +44(0)29 208 74199
Extension: 75540
Location: M/2.19

Research Group

Applied Mathematics

Recent Publications

Cherednichenko K D, Two-scale asymptotics for non-local effects in composites with highly anisotropic fibres, Asymptotic Analysis, 2006, 39-59, 49 (1-2).

Cherednichenko K D, Smyshlyaev V P and Zhikov V V, Non-local homogenised limits for composite media with highly anisotropic periodic fibres, Proceedings of the Royal Society of Edinburgh Section A Mathematics, 2006, 87-114, 136 (1).

Cherednichenko K D and Smyshlyaev V P, On full two-scale expansion of the solutions of nonlinear periodic rapidly oscillating problems and higher-order homogenised variational problems, Archive for Rational Mechanics and Analysis, 2004, 385-442, 174 (3).

Cherednichenko K D, On propagation of attenuated Rayleigh waves along a fluid-solid interface of arbitrary shape, The Quart.J. of Mech. and App. Math., 2006, 5-94 ,59 (1).

Teaching

MA2004 Series and Transforms

MA3001 Calculus of Variations

Personal Website

Dr Kirill Cherendnichenkos' Personal Website

Publications

MathSciNet

Search MathSciNet

Please be aware that MathSciNet searching is only possible if you are accessing this page from an institution with a MathSciNet subscription.

Google Scholar

Search Google Scholar

Research

My research interests are in the mathematical theory of homogenisation and the broader area of the analysis of problems in continuous mechanics and materials science. The analytical tools I use range from asymptotics to the calculus of variations, depending on the nature of the problem. The idea that gives a handle to treat the problem mathematically is to determine what length-scales are important in the behaviour of the material. After this, the main challenge is to develop mathematical tools that suitably capture the postulated length-scale interactions.

More details of my research can be found on my personal webpage.

Postgraduate Students

Current

Max Fennelly (Micro-Resonances and Mesoscopic Boundary Effects in Non-Standard Homogenisation)