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Artur L Gower

Lecturer in Dynamics

University of Sheffield

Intro

Welcome! I am a lecturer at the University of Sheffield and part of the Dynamics group. I mostly develop code and mathematical models for waves (like sound and radio) and more broadly solid mechanics. For an overview see my projects, publications or CV.

Interests

  • Wave scattering
  • Random media
  • Solid mechanics
  • Inverse methods
  • Julia Language

Education

  • PhD in applied mathematics, 2015

    NUI Galway

  • MSc in applied mathematics, 2011

    State University of Campinas

  • BSc in applied mathematics, 2009

    State University of Campinas

Projects

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All Waves Solid Mechanics Inverse Methods Industry For fun

Wave Software

Software for wave propagation and scattering.

Ultrasonics

Using elastic waves, also known as ultrasonics, to measure materials or find defects

Entropy GO

Use AI concepts, such as entropy maximisation, to play games.

Waves in Complex Materials

The aim is to understand how waves (like sound, radio, light, and vibrations) behave in materials with random microstructure.

Industrial Mathematics

Combining maths, data and code to solve commercial and industrial problems.

The mechanics of soft solids

How do we mathematically describe the stresses and deformation of anisotropic soft solids.

Recent Publications

Search through all my papers and software here.

Noninvasive measurement of local stress inside soft materials with programmed shear waves

Mechanical stresses across different length scales play a fundamental role in understanding biological systems’ functions and …
Project Paper Supplementary Experimental video Journal

Representing the stress and strain energy of elastic solids with initial stress and transverse texture anisotropy

Real-world solids, such as rocks, soft tissues and engineering materials, are often under some form of stress. Most real materials are …
Project Paper Journal

A unified framework for linear thermo-visco-elastic wave propagation including the effects of stress-relaxation

We present a framework for linear wave propagation in thermo-visco-elastic materials. The framework includes classical cases, but its …
Project Paper Journal

Non-destructive mapping of stress and strain in soft thin films through sound waves

Measuring the in-plane mechanical stress in a taut membrane is challenging, especially if its material parameters are unknown or …
Project Paper Supplementary Experimental video Journal

Effective waves for random three-dimensional particulate materials

How do you take a reliable measurement of a material whose microstructure is random? When using wave scattering, the answer is often to …
Preprint Project Project Journal
See all publications

Recent Posts

Workshop on the Theory of Waves in Random Media

An international workshop to bring together theoreticians working on waves in random media.
Nov 4, 2019 3 min read

Work With Me

Am always happy to discuss research and exchange ideas. Find my contact details here. PhD positions If you like physics, maths, and …
May 19, 2019 3 min read

Detecting faults on a wing

Below is the outline of a wing with a bolt and two plates (green) that were not fitted together correctly (may require zooming in). The …
Jan 13, 2018 1 min read

Tracking train tracks

Estimated track in red compared with the camera image in blue. As the train shakes, so does the camera. -- To increase the number of …
Jan 13, 2018 2 min read

The art of cable arranging

How to design a collection of cables to be both robust and flexible? A subsea control umbilical is a collection of electrical, fibre …
Jan 13, 2018 1 min read

Recent & Upcoming Talks

Links to recent talks

May 17, 2019 19:12
Ultrasonic Sensing of Bearings Acoustic Sensing of Particulate Materials Through Layers Why care about inverse problems Ultrasonic stress Projection Monte-Carlo Layers ICIAM Overview waves in disorder Changing elastic reference INI The Beam Challenge - 2022 Sensing the World with Sound Mapping in-plane stress with Lamb waves - 2022

Popular Topics

anisotropy Constitutive equations elasticity ensemble averaging fibre-reinforced homogenisation industry initial-stress instabilities inverse-methods multiple-scattering non-linear elasticity optimisation random-media residual stress sensing soft matter solid-mechanics ultrasonic waves waves

Contact

  • RD08, Mappin Mining Block, Sheffield, Yorkshire, S1 4DT, United Kingdom
  • Entre through the Mining block, walk up two stairs to level 2 then find office RD08.
  • Message Me