|
WHTW01 |
16th August 2019 |
Gennady Mishuris |
Comments on the approximate factorisation of matrix functions with unstable sets of partial indices |
|
|
WHTW01 |
16th August 2019 |
Mikhail Lyalinov |
Functional-integral equations and diffraction by a truncated wedge |
|
|
WHTW01 |
16th August 2019 |
Ivan Argatov |
Application of the Wiener–Hopf technique in contact problems |
|
|
WHTW01 |
16th August 2019 |
Matthew Colbrook |
Solving Wiener-Hopf type problems numerically: a spectral method approach |
|
|
WHTW01 |
16th August 2019 |
Alexander Galybin |
Application of the Wiener-Hopf approach to incorrectly posed BVP of plane elasticity |
|
|
WHTW01 |
16th August 2019 |
Pavlos Livasov |
Two vector Wiener-Hopf equations with 2x2 kernels containing oscillatory terms |
|
|
WHTW01 |
16th August 2019 |
Ian Thompson |
Diffraction in Mindlin plates |
|
|
WHTW01 |
16th August 2019 |
Konstantin Ustinov |
Application of Khrapkov’s technique of 2x2 matrix factorization to solving problems related to interface cracks |
|
|
WHTW01 |
16th August 2019 |
Michael Nieves |
Phase transition processes in flexural structured systems with rotational inertia |
|
|
WHTW01 |
16th August 2019 |
Dmitry Ponomarev |
Spectral theory of convolution operators on finite intervals: small and large interval asymptotics |
|
|
WHTW01 |
15th August 2019 |
Davide Bigoni |
Shear band dynamics |
 |
|
WHTW01 |
15th August 2019 |
Larissa Fradkin |
Elastic wedge diffraction, with applications to non-destructive evaluation |
|
|
WHTW01 |
15th August 2019 |
Francesco Dal corso |
Moving boundary value problems in the dynamics of structures |
|
|
WHTW01 |
15th August 2019 |
Matthew Priddin |
Using iteration to solve n by n matrix Wiener-Hopf equations involving exponential factors with numerical implementation |
|
|
WHTW01 |
15th August 2019 |
Nikolai Gorbushin |
Steady-state interfacial cracks in bi-material elastic lattices |
|
|
WHTW01 |
15th August 2019 |
Justin Jaworski |
Owl-inspired mechanisms of turbulence noise reduction |
|
|
WHTW01 |
15th August 2019 |
Guido Lombardi |
Complex scattering and radiation problems using the Generalized Wiener-Hopf Technique |
|
|
WHTW01 |
15th August 2019 |
Vito Daniele |
Fredholm factorization of Wiener-Hopf equations (presented by Guido Lombardi) |
|
|
WHTW01 |
15th August 2019 |
Elena Luca |
Numerical solution of matrix Wiener–Hopf problems via a Riemann–Hilbert formulation |
|
|
WHTW01 |
15th August 2019 |
Xun Huang |
Turbofan noise detection and control studies by the Wiener-Hopf Technique |
|
|
WHTW01 |
15th August 2019 |
Malte Peter |
Water-wave forcing on submerged plates |
|
|
GCS |
14th August 2019 |
Ari Stern |
Finite element methods for Hamiltonian PDEs |
|
|
GCS |
14th August 2019 |
David Garfinkle |
Numerical General Relativity |
|
|
WHTW01 |
14th August 2019 |
Lev Truskinovsky |
Supersonic kinks in active solids |
|
|
WHTW01 |
14th August 2019 |
Alexander Movchan |
Homogenisation and a Wiener-Hopf formulation for a scattering problem around a semi-infinite elastic structured duct |
|
|
WHTW01 |
14th August 2019 |
Leonid Slepyan |
Greater generality brings simplicity |
|
|
WHTW01 |
14th August 2019 |
John Raymond Willis |
Transmission and reflection at an interface between metamaterial and ordinary material |
|
|
WHTW01 |
14th August 2019 |
Michael Marder |
Analytical solutions of dynamic fracture and friction at the atomic scale |
|
|
WHTW01 |
13th August 2019 |
Valery Smyshlyaev |
Whispering gallery waves diffraction by boundary inflection: an unsolved canonical problem |
|
|
WHTW01 |
13th August 2019 |
Victor Adukov |
On explicit and exact solutions of the Wiener-Hopf factorization problem for some matrix functions |
|
|
WHTW01 |
13th August 2019 |
Aloknath Chakrabarti |
Solving Wiener-Hopf Problems by the aid of Fredholm Integral Equations of the Second Kind |
|
|
WHTW01 |
13th August 2019 |
Cristina Camara |
A Riemann-Hilbert approach to Einstein field equations |
|
|
WHTW01 |
13th August 2019 |
Sergei Rogosin |
Factorisation of triangular matrix-functions of arbitrary order |
|
|
WHTW01 |
13th August 2019 |
Andreas Kyprianou |
Wiener-Hopf Factorisations for Levy processes |
|
|
WHTW01 |
13th August 2019 |
Lasha Ephremidze |
On Janashia-Lagvilava method of matrix spectral factorisation |
|
|
WHTW01 |
13th August 2019 |
Ilya Spitkovsky |
Wiener-Hopf factorization: the peculiarities of the matrix almost periodic case |
|
|
WHTW01 |
12th August 2019 |
Grigori Giorgadze |
On the partial indices of piecewise constant matrix functions |
|
|
WHTW01 |
12th August 2019 |
Basant Lal Sharma |
Wiener-Hopf factorisation on the unit circle: some examples of discrete scattering problems |
|
|
WHTW01 |
12th August 2019 |
Anastasia Kisil |
Generalisation of the Wiener-Hopf pole removal method and application to n by n matrix functions |
|
|
WHTW01 |
12th August 2019 |
Andrey Shanin |
Ordered Exponential (OE) equation as an alternative to the Wiener-Hopf method |
|
|
WHTW01 |
12th August 2019 |
J.M.L. Bernard |
Novel exact and asymptotic series with error functions, for a function involved in diffraction theory: the incomplete Bessel function |
|
|
WHTW01 |
12th August 2019 |
Raphael Assier |
Recent advances in the quarter-plane problem using functions of two complex variables |
|
|
WHTW01 |
12th August 2019 |
Eugene Shargorodsky |
Quantitative results on continuity of the spectral factorisation mapping |
|
|
WHTW01 |
12th August 2019 |
Frank Speck |
Wiener-Hopf factorisation through an intermediate space and applications to diffraction theory |
 |
|
WHT |
9th August 2019 |
Frank Speck |
From Sommerfeld diffraction problems to operator factorisation: Lecture 3 |
|
|
WHT |
9th August 2019 |
Michael Nieves |
Understanding dynamic crack growth in structured systems with the Wiener-Hopf technique: Lecture 2 |
|
|
WHT |
9th August 2019 |
Sheehan Olver |
Orthogonal polynomials, singular integrals, and solving Riemann–Hilbert problems: Lecture 2 |
|
|
WHT |
9th August 2019 |
Guido Lombardi, J.M.L. Bernard |
The link between the Wiener-Hopf and the generalised Sommerfeld Malyuzhinets methods: Lecture 4 |
|
|
WHT |
9th August 2019 |
Raphael Assier, Andrey Shanin |
Towards a multivariable Wiener-Hopf method: Lecture 4 |
|
