Experimental evaluation of the use of cruciform specimens for biaxial stability analysis
M.C. Serna Moreno · S. Horta Muñoz
RENO
RENO
COMES · UCLM · INAIA
Shear-driven NOn-linear REsponse of composites considering biaxial loads and ionizing radiation effects
RENO investigates how shear-driven non-linearity, damage and fibre reorientation govern the mechanical response of CFRP laminates under biaxial loading, and how ionising radiation can modify their residual performance.
Funded research project · ongoing
ReferencePID2022-137387OB-I00
Period31 Dec 2023 – 31 Dec 2026
IPsMaría del Carmen Serna Moreno · Sergio Horta Muñoz
Three connected scales
RENO connects the coupon/laminate scale of biaxial tests, the micro-scale of matrix cracking and fibre–matrix interaction, and the application scale where residual properties and radiation exposure influence durable lightweight design.
Institutions and research infrastructure
Funding
Project PID2022-137387OB-I00 funded under the 2022 Knowledge Generation Projects programme. Funding information and acknowledgements use MICIU/AEI and ERDF/FEDER as applicable to project outputs.
Featured outputs
Comparison of the in-plane shear response of a FRP obtained by biaxial tension-compression test and standard methods
M.C. Serna Moreno · S. Horta Muñoz · J. García-Delgado
Effect of Relative Fiber Angles and Distances in Microscale Modelling of Crack Initiation and Propagation under Transverse and Shear Loading
S. Horta Muñoz · M.C. Serna Moreno