10.45 Concrete as Multi-Functional Material serving Building Energy Efficiency
Chair: Laury Barnes, R&D Director, VICAT, France
CONIPHER - CONcrete Insulation PHotovoltaic Envelope for deep Renovation
- Development and integration of a multi-functional component
- Plug-and-play panel for easy and fast deep renovation
- Building Integrated Photovoltaic (BIPV) components
Philippe Thony, CEA, INES, France
Bio-inspired solutions to increase thermal performance
- Thermal strategies of termite mounds
- The case of Eastgate building in Zimbabwe
- Towards multifunctional envelopes
Estelle Cruz, Centre Européen d'Excellence en Biomimétisme, France
Development of active slabs to benefit from concrete thermal inertia in tertiary buildings
- Innovative active slab specifications
- Simulation of the active slab behavior
- Optimization of control strategy
Bruno Georges, ITF, France
Exploitation of thermal inertia in detached houses: Winter valuation
- Single family house with light envelope and concrete core
- Thermal inertia couple to direct solar radiation to increase energy performance
- Experimentation in a real size house
Arnaud Jay, CEA, INES, France
Multidisciplinary approach to assess the durability of hemp concrete
- Hemp concrete for hygrothermal and acoustical comfort
- Development of accelerated ageing tests in laboratory
- Relation between microstructure and functional properties
Sandrine Marceau, Université Paris-Est, France
Development of foaming concrete
- Workability and process
- Foaming concrete as insulation material
- Fire resistance and recyclability
Florian Chalencon, Vicat, France
12:30 Lunch