What the lab intends to share.
Released under permissive licences wherever the underlying work allows it, with a citation request rather than a restriction.
CONVERGE case setups for hydrogen release and dispersion
Reference case files for compressible hydrogen jets transitioning to buoyancy-dominated plumes, with the mesh and AMR settings that actually resolve the near-field, plus the validation cases they were checked against.
User-defined functions for battery thermal runaway
UDFs and submodel notes developed for vent-gas and hot-particle modelling of Li-ion thermal runaway, including the interfaces required to couple electrochemical and thermal behaviour.
Post-processing scripts for spray and jet diagnostics
Python tooling for extracting penetration length, cone angle and plume boundaries consistently from both Schlieren imaging and CFD output — so experiment and simulation are measured the same way.
Constant-volume combustion chamber data
Flame-kernel growth and pressure-trace datasets for hydrogen-enriched natural gas under laser and spark ignition across initial pressure, temperature and mixture strength, in a documented format.
Reading list for incoming students
The papers and texts a new PhD or M.Tech/MS(R) student is expected to work through in the first months — hydrogen safety, combustion fundamentals, and verification and validation practice.
Published research.
Selected publications
Journal papers, conference papers, book chapters and patents, with DOI links to every record that has one.
Browse publications →Complete record
The full and most current publication list, citation record and co-author network.
Google Scholar ↗ORCID
Persistent researcher identifier, for citation and for funding applications that require one.
0000-0003-1167-9672 ↗HECS laboratory logo
High-resolution 1,254 × 1,254 PNG for approved presentations, posters and academic communication.
Download high-resolution logo ↓Ask for a setup, dataset or script directly.
If a specific case file or dataset would unblock your work, get in touch — a request is usually the fastest way to move something up this list.