Sustainability and Green Building Platform
The sustainability and green building platform provides researchers and companies with exceptional experimental and digital resources. The aim is to broaden expertise in environmental civil engineering and sustainable management of cities and to undertake simulations on structures or elements of structures at full or half scale.
A global scientific approach is adopted which combines civil engineering, the environment, the city and sustainable development by integrating all the interrelated components of construction (soil, natural or industrial materials, buildings, structures, urban complexes, cities) over the entire lifecycle (survey, design, manufacture, maintenance, rehabilitation, deconstruction, waste recovery).
In order to meet the challenges of environmental civil engineering - construction risk management, assessment of the ageing of structures, taking into account climatic changes, environmental impacts associated with construction - the platform brings together simulation tools adapted for dimensioning and management of the lifecycle of structures, allowing the integration of the influence of specific or extreme environmental actions and severe demands on the structures during their use.
The platform is constantly evolving with the main objectives being the development of new technologies, new materials and more efficient calculation methods for the design and monitoring of structures.
A global scientific approach is adopted which combines civil engineering, the environment, the city and sustainable development by integrating all the interrelated components of construction (soil, natural or industrial materials, buildings, structures, urban complexes, cities) over the entire lifecycle (survey, design, manufacture, maintenance, rehabilitation, deconstruction, waste recovery).
In order to meet the challenges of environmental civil engineering - construction risk management, assessment of the ageing of structures, taking into account climatic changes, environmental impacts associated with construction - the platform brings together simulation tools adapted for dimensioning and management of the lifecycle of structures, allowing the integration of the influence of specific or extreme environmental actions and severe demands on the structures during their use.
The platform is constantly evolving with the main objectives being the development of new technologies, new materials and more efficient calculation methods for the design and monitoring of structures.
Examples of experimental projects
- Improve the design methods for large embankments and rockfill dams and optimize the exploitation of natural resources
- Propose and validate sizing methods for structures subject to repeated loads, such as wind turbines, transport infrastructure, port structures ...
- To develop modelling tools for erosion kinetics and the mechanical behavior of eroded soils to improve the stability of hydraulic structures (dams, sea walls etc) subject to internal erosion.
The socio-economic impacts of this work mainly concern partner companies for whom the major objective is to strengthen their competitiveness on the French and especially international market.
Equipment
Since 2005, the GeM has had a large triaxial cell to test samples of 1 metre in diameter on granular materials (particles up to 160 mm). It is one of the three largest triaxial cells in the world in operation, and the largest in Europe.
- Granulometer with quasi-elastic diffusion and particle counter integrated in the sampler (CAD instrumentation) (laser particle size and particle counter integrated in the sampler and gas chromatograph)
- Gas Chromatograph (SHIMADZU)
- DCSS Shear Machine and Cyclic Triaxial Machine
- Climatic enclosure and CO2 regulation kit (Carbonation enclosure) * SECASI technologies 2 direct traction and creep benches for concrete test specimens and traction bench on concrete at a young age (Metro Measurement)
- Installation for industrial gas implementation
- AERESPACE Air Conditioning
- FISHER SCIENTIFIC Laboratory benches
- Struers chainsaw
- SERVILAB Climate Chamber
- Description of creep flexion (FUGRO)
- HPC (High Performance Computing) cluster: a supercomputer that allows researchers to provide significant and distributed computing power, thus promoting availability and optimization of resources. It consists of a front-end server and several computing nodes running under a 64-bit Linux distribution.
- Acoustic emission system
- Fast cameras
- Set of 4 pH regulators
- Low-capacity compression press
- Isothermal calorimetry
- Ultrasound - device for monitoring the setting and hardening of newly laid concrete
Published on March 9, 2017
Updated on April 5, 2023
- Share : Facebook Twitter Linkedin Send by email
Contact
Laboratory
Research Institute in Civil & Mechanical Engineering
Laboratory
Research Institute in Civil & Mechanical Engineering
Research groups using this platform
- GEOMEC
Environmental geomechanics - INGVER
Green engineering Approach - DURPRO
Processes and durability of materials and structures - MECNUM
Couplings and numerical methods for complex structures - DYNAST
Dynamics of structures, processes and earthquakes - MULTIX
Mechanics and multi-scale physics of materials - MELANI
Measurements, data assimilation and uncertainties - RAPMAN
Rapid Manufacturing
Innovation
-
RESEARCH FACILITIES
- Ocean test facilities
- Sem-Rev offshore test site
- Dynamic Testing Resources and Expertise (PREED Platform)
- Engine and vehicle test benches
- Supercomputer
- Composite Materials and Processes Platform
- Additive Manufacturing and Biofabrication Platform
- Robotics Platform
- Sustainability and Green Building Platform
- Virtual Reality
- Micrometeorology and Wind Engineering
- Smart Factory Platform
- Electric vehicle test bench
- INDUSTRIAL CHAIRS AND PARTNERSHIPS
- PATENTS AND SOFTWARE
- RESEARCH, TRAINING AND INNOVATION PROGRAMMES
- FAB LAB
- CENTRALE INNOVATION
- INCUBATOR AND STARTUPS