Thomas C. Sykes

Thomas C. Sykes

Postdoc & Lecturer

University of Oxford & Wadham College

I am a Royal Society funded postdoctoral research assistant in fluid dynamics at the Department of Engineering Science of the University of Oxford, working with Alfonso A. Castrejón-Pita in the Fluid Dynamics Laboratory. I am concurrently a lecturer in engineering at Wadham College, Oxford, teaching undergraduate mathematics, thermofluids, and computer-related electrical engineering. Previously, I completed an undergraduate Mathematics degree (BSc, Leeds, 2016) and an integrated PhD and MSc in the EPSRC Centre for Doctoral Training/ Leeds Institute for Fluid Dynamics (LIFD) at the University of Leeds in 2020.

My research interests lie in fluid dynamics, especially of droplets, interfaces and complex fluids. I adopt a highly-interdisciplinary and collaborative approach to research, utilising a range of techniques including numerical simulations, laboratory (usually high-speed imaging) experiments and mathematical modelling, often in combination. Specific application areas of interest include microfluidics, inkjet and biomaterial printing, additive manufacture, aerosols (especially generation), infectious disease transmission (airborne and droplet), molecular communication and environmentally-friendly crop sprays.

Please feel free to contact me about any aspect of my work.

Interests

  • Fluid dynamics.
  • Droplets (coalescence, splashing, mixing, breakup, collisions, etc.).
  • Interfaces.
  • Complex fluids (colloids, molecules, surfactants, etc.).

Education

  • PhD & MSc in Fluid Dynamics, 2020

    University of Leeds (EPSRC CDT in Fluid Dynamics)

  • BSc in Mathematics, 2016

    University of Leeds (School of Mathematics)

Recent Publications

Inertial stretching separation in binary droplet collisions

Binary droplet collisions exhibit a wide range of outcomes, including coalescence and stretching separation, with a transition between …

Electrophoretic molecular communication with time-varying electric fields

This article investigates a novel electrophoretic molecular communication mechanism that utilizes a time-varying electric field, which …

Recent and Upcoming Talks

Internal flows during droplet coalescence

Invited talk: QMUL Colloid & Interface Webinar

OpenFOAM for free surface flows

Invited talk: Onno Bokhove’s Research Group Meeting

Substrate wettability affects mixing during droplet coalescence

73rd Annual APS DFD Meeting

Recent and Upcoming Posters

Mixing within impacting and coalescing droplets of different surface tension

UKFN Drop Dynamics SIG Meeting: January 2020

Mixing within impacting and coalescing droplets of different surface tension

Droplets 2019 (Best Poster Prize for Day 2)

Mixing and internal flows in coalescing droplets

Fundamental Fluid Dynamics Challenges in Inkjet Printing Workshop