Open research
Software, data and reproducible material
Solvers, simulation datasets and post-processing scripts behind the published work — archived on Zenodo under a persistent DOI, so that the figures of a paper can be regenerated from the material released with it.
ORCID 0000-0002-0285-6991 · All records are listed individually below · Papers on the Publications page
The principle
Solvers and analysis scripts are released as they were run, with the production cases and the figure scripts, so that the results can be regenerated without rerunning the simulations.
Aperture fields, flow and temperature fields and derived statistics are deposited in open formats — HDF5 above all — readable from MATLAB, Python or HDFView without the original toolchain.
Every deposit carries a concept DOI, listed here, which always resolves to the latest version, and a version DOI for the exact state used. Cite the concept DOI for the material, the version DOI when reproducibility depends on it.
Everything below is under CC BY 4.0 and follows the GEONEAT Data Management Plan. Where a third-party agreement or a co-author’s embargo prevents release, the record still exists, with the restriction stated in its metadata.
Released · archived with a DOI
Deposited on Zenodo, openly accessible, licensed CC BY 4.0. The DOIs given are concept DOIs: each resolves to the most recent version of its record.
Data · Monte Carlo ensembles · 2025
GEONEAT 2D heterogeneous fracture aperture and Reynolds-based flow fields
Four independent runs, 100 Monte Carlo realizations each, of steady flow in rough-walled fractures under the lubrication approximation. Every realization carries the aperture field and the pressure and velocity fields, longitudinal and transverse, in HDF5; apertures are generated by an FFT-based method and the flow is solved with a Newton scheme. Readable from HDFView, MATLAB and Python.
Run 01 — 10.5281/zenodo.15252745
Run 02 — 10.5281/zenodo.15253944
Run 03 — 10.5281/zenodo.15256902
Run 04 — 10.5281/zenodo.15257371
Code + data · reproduction package · 2026
Rheology-controlled hydraulic selection in fracture–matrix heat transport
Datasets and MATLAB code supporting the manuscript: the channel-selection diagnostics, the fracture–matrix exchange model and the thermal signatures reported in it. Two versions are archived; the concept DOI resolves to the current one.
Record — 10.5281/zenodo.21168878
Preprint — arXiv:2608.15735 · Adv. Water Resour., under review
Project data · GEONEAT
The released records above were produced within GEONEAT — a Marie Skłodowska-Curie Actions postdoctoral fellowship on non-Newtonian flow and heat transport in geological fractures — and follow the open-science requirements of Horizon Europe: deposit in a trusted repository under a persistent identifier, open metadata, and a data management plan that fixes formats and retention.
Each record carries the project acknowledgement and the grant number in its metadata, so that it is discoverable from the project as well as from the paper.
Grant
HORIZON-MSCA-2022-PF-01 · GEONEAT · grant agreement no. 101111216
Funded by the European Union. Views and opinions expressed are however those of the author only and do not necessarily reflect those of the European Union or the granting authority. Neither the European Union nor the granting authority can be held responsible for them.
Licensing and citation
Everything released — CC BY 4.0
Free to use, share and adapt, including commercially, with attribution. No warranty: these are research codes, validated for the cases reported and not beyond them.
How to cite
Cite the paper for the science and the Zenodo record for the material you actually ran; each record page carries a ready-made citation in several styles.
A note on names
A search for the name alone on Zenodo also returns the work of a namesake in computational linguistics. The records listed here, and the ORCID above, are the reliable way in.
Something missing or broken?
Reports of results that do not reproduce are welcome and taken seriously. Get in touch through the contact details on the CV page.
Looking for teaching material?
The scripts, datasets, slides and lecture notes of Groundwater and Contamination Processes are on the Teaching page. They are course material rather than research releases: written for study, not deposited under a DOI.