Quantification of heat and mass transport limitations in adsorption heat exchangers: Application to the silica gel/water working pair
- Jens Ammann
- Patrick W. Ruch
- et al.
- 2018
- Int. J. Heat Mass Transf.
Bio
Patrick Ruch is Senior Research Scientist at IBM Research Europe - Zurich and member of the team developing AI for Scientific Discovery. Dr. Ruch's main research interest lies in exploring and demonstrating concepts for the data-driven and AI-enabled lab of the future, including AI-assisted chemical sensing and foundation models for multi-modal data capture. Dr. Ruch holds a degree in Materials Science from the Swiss Federal Institute of Technology (ETH) Zurich and a PhD in electrochemical energy storage and conversion for his work performed the Paul Scherrer Institut. At IBM, he has led research projects on energy-efficient computing systems and sustainable energy technologies, and served as Technical Assistant to the Vice President of IBM Research Europe & Africa and global research strategies in Accelerated Discovery and Security.
Publications
Towards cube-sized compute nodes: Advanced packaging concepts enabling extreme 3D integration
- Thomas Brunschwiler
- Gerd Schlottig
- et al.
- 2017
- IEDM 2017
3D-printed SAPO-34 monoliths for gas separation
- Sarah Couck
- Julien Cousin-Saint-Remi
- et al.
- 2018
- Microporous and Mesoporous Materials
PowerCool: Simulation of cooling and powering of 3D MPSoCs with integrated flow cell arrays
- Artem Aleksandrovich Andreev
- Arvind Sridhar
- et al.
- 2018
- IEEE TC
Effect of electrode properties on performance of miniaturized vanadium redox flow battery
- N. Pinjari
- B. Kumar
- et al.
- 2017
- ITherm 2017
Sustainable data centers and energy conversion technologies
- Patrick Ruch
- Jens Ammann
- et al.
- 2017
- HPC 2017
CooLMUC-2: A supercomputing cluster with heat recovery for adsorption cooling
- Torsten Wilde
- Michael Ott
- et al.
- 2017
- SEMI-THERM 2017
3D-printed fluidic networks for high-power-density heat-managing miniaturized redox flow batteries
- Julian Marschewski
- Lorenz Brenner
- et al.
- 2017
- Energy and Environmental Science
On the mass transfer performance enhancement of membraneless redox flow cells with mixing promoters
- Julian Marschewski
- Patrick W. Ruch
- et al.
- 2017
- Int. J. Heat Mass Transf.
Insights from modeling dynamics of water sorption in spherical particles for adsorption heat pumps
- A.I. Radu
- T. Defraeye
- et al.
- 2017
- Int. J. Heat Mass Transf.
Patents
- US
- 11406299
- GB
- 2587977
- US
- 11250315
- US
- 11161115
- US
- 11162823
- US
- 11161114
- CN
- ZL201780022655.0
- US
- 11094840
- JP
- 6930703
- GB
- 2582499
Projects
AI for Scientific Discovery
Creating the AI-enabled lab for a new era of reproducible and collaborative experimentation
Lab that Learns
Leveraging AI foundation models and multi-cloud computing to usher in a new era of reproducible and collaborative experimentation for scientific discovery.
Top collaborators
GG
Gianmarco Gabrieli
Pre-Doctoral Researcher
MM
Matteo Manica
Senior Research Scientist
TL
Teodoro Laino
Distinguished RSM, Manager
AG
Andrea Giovannini
Senior Research Engineer