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Dr. Anthony Robinson

Associate Professor (Mechanical, Manuf & Biomedical Eng)
PARSONS BUILDING
      
Profile Photo

Dr. Anthony Robinson

Associate Professor (Mechanical, Manuf & Biomedical Eng)
PARSONS BUILDING


My research is in experimental and computational thermal-fluid science, with particular expertise in heat transfer, fluid mechanics, boiling and evaporation, interfacial phenomena and thermal management. My research combines simulation and experiment to investigate fundamental thermal-fluid phenomena and to develop, optimise and validate engineering technologies. Current research increasingly addresses the thermal challenges associated with high-power-density technologies, including electronics, high-performance computing, AI and data-centre systems. This encompasses advanced liquid cooling, jet impingement, heat pipes and thermal interfaces, together with additive manufacturing and simulation-driven optimisation of thermal-fluid components and systems. The broader research programme spans fundamental and applied research, international collaboration and industrial engagement, with translation through intellectual property, technology development and commercial deployment.
  Applied thermodynamics and energy   Computational Fluid Dynamics   Heat Transfer   Heating/Ventilation/Air Conditioning   Space technology   Thermal Engineering   Thermosciences Engineering
Project Title
 Optimized Liquid Cooling of Computing Components and Systems
From
01/05/2026
To
30/04/2027
Summary
Development and validation of advanced liquid cooling technologies for high-performance computing and data centre applications.
Funding Agency
Research Ireland / CONNECT
Programme
Industry Co-Fund
Project Type
Industry collaborative research
Project Title
 CONNECT " Centre for Future Networks & Communications, Phase 2
From
01/07/2022
To
32/12/2026
Summary
Research on advanced thermal management and cooling technologies for high-performance computing and communications infrastructure.
Funding Agency
Science Foundation Ireland / CONNECT
Programme
Research Centres Phase 2 Programme - Platform Funding
Project Type
Research Centre
Project Title
 NanoTherm: Minimise Thermal Transport Energy Using Innovative Carbon-Based Nanofluids as Highly Efficient Media
From
01/11/2021
To
31/10/2024
Summary
Development of advanced carbon based nanofluids for improved thermal transport and reduced energy consumption in heat-transfer systems.
Funding Agency
Enterprise Irelan
Programme
Disruptive Technologies Innovation Fund (DTIF)
Project Type
Collaborative research
Project Title
 3D Phase Change Behavior on Nanoscale Functional Surfaces for Aluminum Thermosyphon Applications
From
01/09/2021
To
31/08/2024
Summary
Investigation of phase change heat transfer on engineered surfaces for the development of advanced thermal hardware.
Funding Agency
Confidential industry-sponsored research
Programme
Industry-sponsored research
Project Type
Collaborative research
Project Title
 EVAPORATION: Convection and Interfacial Mass Exchange
From
2020
To
2022
Summary
Experimental investigation of evaporation, convection and interfacial heat and mass transfer under terrestrial and microgravity conditions.
Funding Agency
European Space Agency
Programme
ELIPS-4
Project Type
Collaborative research

Page 1 of 7
Details Date
Editor / Editorial Advisory Board Member: Experimental Thermal and Fluid Science, Elsevier, 2016-Present. Editor 2016-2024, with responsibility for independent assessment of submitted manuscripts, selection of expert peer reviewers, evaluation of reviews and editorial decisions on publication; Editorial Advisory Board Member, 2024-Present. 2014-Present
External Examiner/Assessor for Doctoral Degrees, 2009-2026. Twenty external doctoral examination and assessment appointments at universities across eight countries, including KU Leuven (Belgium), University of Pisa (Italy), INSA Lyon and University of Toulouse (France), McMaster University (Canada), University of Brighton (UK), Thapar University (India), Queen's University Belfast and University of Limerick. Fourteen appointments have been undertaken since 2014, with repeated appointments by several institutions. 2009-2026
Editor: Experimental Thermal and Fluid Science, Elsevier, 2016-2024. Appointed Editor with responsibility for independent assessment of submitted manuscripts, selection of expert peer reviewers, evaluation of reviews and editorial decisions on publication. Served in this substantive editorial role for eight years. 2016-2024
Member: European Space Agency (ESA) Two-Phase Heat Transfer International Topical Team, 2013-2024; Advanced Thermal Management in Space and Planetary Exploration (ATeMS), 2026-Present. Appointed member of the ESA international expert team contributing to the definition and design of two-phase heat transfer experiments for space applications, including experiments for the International Space Station. Membership also led to participation in ESA/Novespace parabolic-flight experimental campaigns. Following conclusion of the Two-Phase Heat Transfer Topical Team in 2024, appointed to its newly established successor, ATeMS. 2013-2026
Editor / Editorial Advisory Board Member: Experimental Thermal and Fluid Science, Elsevier, 2016-Present. Editor 2016-2024, with responsibility for independent assessment of submitted manuscripts, selection of expert peer reviewers, evaluation of reviews and editorial decisions on publication; Editorial Advisory Board Member, 2024-Present. 2016-Present
Board Member: Research, Development and Innovation Board, Grant Engineering, 2025-Present. Appointed external member of the RD&I Board of this Irish SME, providing independent technical and research expertise to support the review and strategic direction of R&D activities, with particular focus on the development of next-generation domestic heat pump technologies. 2025-Present
Member, Board of Directors: Sonairte National Ecology Centre, Co. Meath, Ireland, 2013-2016. Served on the Board of Directors of this environmental and sustainability organisation, contributing to organisational governance and oversight of its activities in environmental education and sustainable living. 2013-2016
Guest Editor: International Journal of Heat and Mass Transfer, Special Issue on Boiling & Condensation, Elsevier, 2023-2025. Invited to serve as Guest Editor for this specialist issue, with responsibility for overseeing peer review and editorial assessment of submitted papers. 2023-2025
Member: European Space Agency (ESA) ARLES Scientific Team, 2020-Present. Member of the international scientific team supporting ESA research activities in microgravity two-phase flow and heat transfer. 2020-Present
Editorial Advisory Board Member: Experimental Thermal and Fluid Science, Elsevier, 2024-Present. Member of the journal's Editorial Advisory Board following eight years of service as an Editor (2016-2024). 2024-Present
Editorial Board Member: International Journal of Thermofluids, Elsevier, 2019-Present. Member of the Editorial Board of this international journal covering thermal and fluid sciences. 2019-Present
Expert Reviewer: National and international research funding and academic assessment bodies, 2015-2021. Expert reviewer for Enterprise Ireland; Natural Sciences and Engineering Research Council (Canada); Agence Nationale de la Recherche (France); Technology Foundation STW/Dutch Research Council (Netherlands); National Science Centre (Poland); Swiss National Science Foundation; European Space Agency/ESTEC; and University of South Australia. 2015-2021
Expert Peer Reviewer for approximately 50 international scientific and engineering journals, spanning fundamental science, fluid mechanics, heat and mass transfer, multiphase flow, energy and sustainability, chemical/process engineering, electronics thermal management and the built environment. Representative journals include Nature, Renewable & Sustainable Energy Reviews, Applied Energy, Building and Environment, International Journal of Heat and Mass Transfer, Physics of Fluids, International Journal of Multiphase Flow, AIChE Journal, and IEEE Transactions on Components and Packaging Technologies. 2007-Present
Member: European COST Action TU0802 - Next Generation Cost Effective Phase Change Materials for Increased Energy Efficiency in Renewable Energy Systems in Buildings, 2009-2013. Participated in this European research network focused on phase-change materials and thermal-energy storage for improved building energy efficiency. 2009-2013
Scientific Committee Member: International Conference on Energy Research and Technology (ICERT'17), 2017. Served on the Scientific Committee of this international conference covering energy research, technology and related engineering developments. 2017
Scientific Committee Member: International Conference on Experimental and Numerical Flow and Heat Transfer (ENFHT'16), 2015. Served on the Scientific Committee of this international conference focused on experimental and computational research in fluid flow and heat transfer. 2015
Scientific Committee Member: EUROTHERM Seminar 109 - Numerical Heat Transfer 2015, Warsaw, Poland. Served on the Scientific Committee of this international specialist seminar on numerical heat transfer. 2015
Scientific Committee Member: EUROTHERM Seminar 102 - Thermal Management of Electronic Systems, 2014. Served on the Scientific Committee of this international specialist seminar focused on thermal management of electronic systems. 2014
Earlier international professional service (pre-2014). Advisory Committee Member, Sustainable Energy in Buildings Conference (2013); International Conference on Sustainable Energy & Environmental Protection (2009-2010); and 26th International Manufacturing Conference (2009): Energy Efficient & Low Carbon Manufacturing (2009). 2009-2013
Language Skill Reading Skill Writing Skill Speaking
English Fluent Fluent Fluent
Details Date From Date To
European Two-Phase Flow Group (ETPFG) - Member 2012 Present
Data Centre Alliance (DCA) - Thermal Management Special Interest Group (SIG) - Member 2021 Present
Yan Chen, Alekos Ioannis Garivalis, Evgeny Shatskiy, Anthony James Robinson, Paolo Di Marco, Shuo Yin and Rocco Lupoi, Nucleate Pool Boiling Enhancement on Ti64 Cold Spray Additive Manufacturing Coatings, Applied Thermal Engineering, 277, 2025, p127126 , Journal Article, PUBLISHED  DOI  URL
Jonathan Elliott, Anthony Robinson, Optimisation of liquid jet impingement coldplate for an overclocked CPU with multiple discrete cores, Thermal Science and Engineering Progress, 67, 2025, p104221 , Journal Article, PUBLISHED  DOI  URL
J. W. Elliott, A. J. Robinson, Optimized Liquid Impinging Jet Arrays for Cooling CPU Packages, IEEE Transactions on Components, Packaging and Manufacturing Technology, 15, (3), 2025, p488-505 , Journal Article, PUBLISHED  DOI  URL
A Dynamic-Based Methodology for Optimising Insulation Retrofit to Reduce Total Carbon in, Creating a Roadmap Towards Circularity in the Built Environment, 2024, pp71-82 , [Rakshit, D.M., Robinson, A., Byrne, A.], Book Chapter, PUBLISHED  DOI  URL
Alekos Ioannis Garivalis, Yan Chen, Evgeny Shatskiy, Anthony Robinson, Paolo Di Marco and Rocco Lupoi, Enhanced Pool Boiling Heat Transfer with Porous Ti- 6Al-4V-Coatings Produced by Cold Spray Metal Additive Manufacturing, 2766, 2024, pp012130 , Conference Paper, PUBLISHED  DOI  URL
Naduvilakath-Mohammed, F.M., Lebon, M., Robinson, A.J., Numerical modelling of a hybrid vapor compression refrigeration assisted closed loop liquid cooling system for high-performance computing systems, 9th European Thermal Sciences Conference (Eurotherm 2024), 2766, (1), 2024, Conference Paper, PUBLISHED  DOI  URL
J W Elliott, G Byrne, A J Robinson, Optimising liquid impingement jet arrays for concentrated heat sources, (2766), 2024, pp012001 , Conference Paper, PUBLISHED  DOI  URL
Naduvilakath-Mohammed, F.M., Lebon, M., Byrne, G., Robinson, A.J., An experimental investigation of vapor compression refrigeration cooling and energy performance for CPU thermal management, Case Studies in Thermal Engineering, 54, 2024, Journal Article, PUBLISHED  DOI  URL
Gibbons, M. J., Garivalis, A. I., O"Shaughnessy, S. M., Robinson, A. J., Di Marco, P., Water droplet evaporation in varied gravity and electric fields, npj Microgravity, 10, (1), 2024, Journal Article, PUBLISHED  TARA - Full Text  DOI  URL
Kangude, P. , Kumavat, P.S. , Shatskiy, E. , Robinson, A.J., Numerical investigation of tip clearance designs for oblique-cut fin microchannels, Applied Thermal Engineering, 257, 2024, p124415-, Journal Article, PUBLISHED  DOI  URL
  

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Sara Battaglioli; Richard Jenkins; Michel Lebon; Cathal Wilson; Anthony Robinson; Saeed Zadeh; Kenneth O'Mahony, 'Processing Board Cooling System', Nexalus Ltd, GB2640671A, 2026, 18 August 2026, Nexalus Ltd, Patent, SUBMITTED
Richard Jenkins; Michel Lebon; Anthony Robinson; Cathal Wilson, 'Server Enclosure', Nexalus Ltd, GB2406061.8, 2025, 18 August 2026, Nexalus Ltd, Patent, SUBMITTED
Anthony Robinson; Cathal Wilson; Leo Celdran; Nicolas Baudin, 'Liquid-based heat exchanger', Trinity College Dublin, EP3830866B1, 2024, 18 August 2026, Trinity College Dublin, Patent, GRANTED
Anthony Robinson; Cathal Wilson; Kenneth O'Mahony, 'Cooling device for cooling components of a circuit board', Nexalus Ltd, EP4190137B1, 2024, 18 August 2026, Nexalus Ltd, Patent, GRANTED
Anthony Robinson; Cathal Wilson; Kenneth O'Mahony, 'Modular thermal heat sink device', Nexalus Ltd, US12063756B2, 2024, 18 August 2026, Nexalus Ltd, Patent, GRANTED
Richard Jenkins; Michel Lebon; Anthony Robinson; Cathal Wilson, 'Sealed rack server unit', Nexalus Ltd, WO2024245864A1, 2024, 18 August 2026, Nexalus Ltd, Patent, SUBMITTED
Anthony James Robinson; Rocco Lupoi, 'Thermal structures for dissipating heat and methods for manufacture thereof', Trinity College Dublin, EP3679602B1, 2021, 18 August 2026, Trinity College Dublin, Patent, GRANTED
Cathal Wilson; Nicolas Baudin; Raphael Cagnin; Anthony Robinson, 'Liquid cooled server module', Trinity College Dublin, GB2576032B, 2021, 18 August 2026, Trinity College Dublin, Patent, GRANTED
Roger Scott Kempers; Paul Ahern; Alan Michael Lyons; Anthony Robinson, 'Structure for a heat transfer interface and method of manufacturing the same', Trinity College Dublin, US11032942B2, 2021, 18 August 2026, Trinity College Dublin / Alcatel Lucent SAS, Patent, GRANTED
Sergio Di Bari and Anthony J. Robinson, Numerical Simulation of Bubble Growth from a Submerged Orifice Imbedded in a Flat Surface, Proceedings of the Joint Symposium on Advances in Mechanics, Joint Symposium on Advances in Mechanics, Dublin, Ireland., Irish Mechanics Society, 2008, Conference Paper, PUBLISHED

  


Page 1 of 2
Award Date
Elsevier/Stanford World's Top 2% Scientists - Career-long Impact (2020-2025) 2020
Elected Fellow of Trinity College Dublin 2014
TIME Magazine: The Best Inventions of 2025- Winner, Nexalus Ltd. (Trinity Campus Company) 2025
Fast Company World Changing Ideas Awards 2025 - Winner, Nexalus Ltd. (Trinity Campus Company) 2025
Knowledge Transfer Ireland (KTI) Impact Award for Collaborative Research 2017
Trinity College Dublin Innovation Awards: Inventor of the Year 2019
CONNECT Impact Award 2025
Trinity College Dublin Innovation Awards: Campus Companies 2019
Honorary Masters of Arts, Trinity College Dublin 2009
My research has evolved from fundamental thermal-fluid science towards using that understanding to design, optimise and deploy advanced thermal technologies. The scientific foundation remains heat transfer and fluid mechanics, particularly two-phase flow, boiling and evaporation, interfacial phenomena and thermal management. This has developed into a sustained international research programme, including extensive ESA microgravity activity and long-standing international collaborations, while increasingly translating fundamental understanding into engineering systems and technologies. A defining feature has been the coordinated use of simulation and experiment. Beginning with numerical model development during my PhD, I subsequently applied computational methods alongside experiments to investigate fundamental phenomena including solidification, bubble dynamics and Marangoni flows. My computational research has evolved in step with advances in computing power and simulation capability, from bespoke numerical modelling to simulation-driven design and optimisation of complex engineering systems. Modelling is now used to interrogate design spaces, identify governing physical and geometric parameters and predict performance; experiments provide targeted validation and address physics or uncertainties not adequately captured computationally. This approach has enabled progression from fundamental understanding through engineering design to validated technologies, patents and commercial products. My current research increasingly addresses the thermal challenges of high power density technologies, particularly electronics, HPC, AI and data centre systems. It encompasses advanced liquid cooling, jet impingement, heat pipes and thermal interfaces, together with additive manufacturing and optimisation of thermal-fluid components and systems. The programme combines international collaboration, researcher development and industrial engagement with demonstrated translation from fundamental research to intellectual property, products and deployment. It represents the continuing evolution of a research programme spanning fundamental and applied research; simulation and experiment; academic discovery and industrial translation.