TY  - GEN
AB  - Pourable lightweight wood-based concretes (or wood-cement compounds, WCCs, respectively) were developed and assessed with respect to struc tural properties, targeting their structural combination with timber. Composite slab and wall elements were conceived and evaluated experimentally and analytically in full-scale tests up to rupture and for long-term behaviour. Practical structural design approaches were also derived. Further assessments targeted properties of thermal and fire protection, recyclability, eco-balance and economic competitiveness. Possible use in residential, office and school buildings was proven.
AD  - School of Engineering and Architecture (HEIA-FR), HES-SO University of Applied Sciences Western Switzerland
AU  - Zwicky, Daia
AU  - Macchi, N.
AU  - Fridez, A.
AU  - Sciboz, V.
AU  - Maeder, M.
AU  - Medziti, M.
CY  - Lausanne
DA  - 2018-12
ED  - The fifth fib-Congress
ID  - 3041
JF  - Betonbau in der Schweiz = Construction en béton en Suisse = Structural Concrete in Switzerland
KW  - Ingénierie
LA  - eng
LK  - https://fib-ch.epfl.ch/Pubs/2018/docs/0_foreword.pdf
N2  - Pourable lightweight wood-based concretes (or wood-cement compounds, WCCs, respectively) were developed and assessed with respect to struc tural properties, targeting their structural combination with timber. Composite slab and wall elements were conceived and evaluated experimentally and analytically in full-scale tests up to rupture and for long-term behaviour. Practical structural design approaches were also derived. Further assessments targeted properties of thermal and fire protection, recyclability, eco-balance and economic competitiveness. Possible use in residential, office and school buildings was proven.
PB  - fib-CH, p/a EPFL ENAC IBETON
PP  - Lausanne
PY  - 2018-12
SN  - 978-2-8399-2484-9
T1  - Construction with wood-cement compounds and timber
TI  - Construction with wood-cement compounds and timber
UR  - https://fib-ch.epfl.ch/Pubs/2018/docs/0_foreword.pdf
Y1  - 2018-12
ER  -