Transnational
Access
Activities
Transnational Access (TA) is the backbone of GEOLAB that will lead to ground-breaking research and innovative solutions to address the challenges faced by the CI.
D02.01 Policy for
TA
D01.06 Minutes of USP
Meeting
D01.07 Minutes of USP
Meeting 2
D02.02 Booklet of Themed Transnational Access Period 1 v1.0
D09.05 3D High Density Spatial Measurements
Transnational Access Activities Projects
 JELLYFISH
 QC-CEM
 RELERT
 PEBSTER
 TAPILES
 CLARIFIER
 LIWEMAT
 HRSTSUB
 CentriPlug
GEOLAB Material Properties Database
The documents below contain a comprehensive ‘one-stop’ material properties database developed by the GEOLAB consortium for the typical soils and constitutive models used in the GEOLAB facilities. The said database was developed to support the use and re-use of the quality experimental data from the GEOLAB Transnational Access projects.
- University of Cambridge Hostun Sand
- University of Cambridge Speswhite Kaolin
- Deltares Baskarp Sand No.15
- University of Maribor Loče Silty Clay
- University Gustave Eiffel Fontainebleau NE34 Sand
- Technical University of Darmstadt Sand
- ETH Zurich Perth Sand
- ETH Zurich Nevada Sand
- Deltares OVP Clay
- Delft University of Technology Geba Sand
For access to the most up to date files on the GEOLAB Material Properties Database, visit the link on Zenodo here
FREE ACCESS TO GEOLAB
Gain access to the GEOLAB research facilities
The GEOLAB Research Infrastructure is open for ground-breaking research and innovation by academic and industry users outside the consortium, the so-called transnational access. The access is funded from the EU project budget and includes technical & scientific support and training of the users.
In total 40 experiments are foreseen in the following rounds of calls for proposals:
- Experiments that proof innovative solutions to enhance the resilience of the Critical Infrastructure (CI) in Europe (opened 9 June 2021; closed 10 October 2021).
- Experiments to study the pressures on CI, e.g., impact of climate change, aging, increased usage, extreme weather events and geo-hazards (opened April 2022, deadline 30 September 2022).
- Experiments to validate advances in numerical modelling and data science leading to a better engineering design (expected to open in April 2023).
First Call for Proposals
GEOLAB provides a comprehensive suite of 11 complementary installations equipping the users from academia and industry with renowned tools for excellent research for the energy, water, urban and transport infrastructure sector.
The installations were specifically selected to ensure a wide range of capabilities to address problems across experiment scales, disciplinary boundaries and Technology Readiness Levels (TRL).
The research infrastructure installations are used to study the following:
- Ground stability related issues, e.g. consolidation, seepage, liquefaction, (coastal) erosion and slope stability.
- Water-soil-structure interaction, e.g. for roads, railways, tunnels, bridges, dams, foundations, buildings and buried cables & pipelines.
- Interaction of infrastructure systems with the environment, e.g. impact of climate change, extreme weather events, geo-hazards, static & dynamic loading and aging.
This First Call for Proposals invited all eligible organisations to submit a proposal, before October 10th, 2021, for an experiment to be hosted in one of the above-mentioned facilities. The theme of the call was: ‘Experiments that prove innovative solutions to enhance the resilience of Critical Infrastructure (CI) in Europe’.
The GEOLAB project provides User Groups access free of charge to the facilities for their research project and covers travel and subsistence costs (within prescribed limits) as well. State-of-the-art measuring instruments, data-acquisition and processing systems will be available, as well as modern support facilities, such as library, computers, and internet access. Furthermore, visiting researchers are offered a scientific and intellectual environment, with assistance and guidance from experts at the host institute.