Catherine Tonry

Dr Catherine Tonry BSc (Hons), PGCE, MSc, PhD, ARCS, MInstP

Associate Professor in Computational Science and Engineering

Catherine Tonry joined the University of Greenwich as a PhD Student, completing her PhD in 2015. Prior to this she completed an MSc in Applied Mathematical Modelling and Scientific Computing, a PGCE in Secondary Science Education at the Institute of Education and a BSc in Physics at Imperial College. Initially hired as a research fellow she has progressed first to Senior Research Fellow then Senior Lecturer and is currently an Associate Professor.

Her time at Greenwich has been primarily research focused working on a wide range of projects, from the electrohydrodynamics of polymers to using computational engineering in the research of historic naval vessels. She currently applies her extensive numerical modelling skills to the field of metallurgy. Her expertise includes ultrasonic treatment, acoustics, metal matrix composites, additive manufacturing, magnetohydrodynamics and solidification.

She is also the Faculty EDI lead for the Faculty of Engineering and Science, in this role she works to enhance equality, diversity and inclusion both across the faculty and the University.

Responsibilities within the university

Faculty of Engineering and Science Equality, Diversity and Inclusion Lead

Member of Academic Council

Vice Chair LGBT+ Staff Community.

Awards

Winner: University of Greenwich ECR Excellence Award 2021

Winner: TMS Light Metals Award 2021

Winner: TMS Light Metals Subject Award: Warren Peterson Cast Shop for Aluminum Production 2021

Recognition

Member of The Minerals, Metals & Materials Society

Secretary of Solidification Committee of The Minerals, Metals & Materials Society

Member of the Institute of Physics

Research / Scholarly interests

Catherine’s research focuses on computational engineering in the material sciences her primary fields are.

  • Numerical Modelling
  • Alloy Melt Processing
  • Ultrasonic Treatment
  • Additive Manufacturing
  • Magnetohydrodynamics

Key funded projects

Continuous Melting and Atomisation of Titanium Alloys (COLDMELT#2), November 2023- May 2026, £205,411.88