EpsilonRebars as the nervous system for the health of a hybrid footbridgeWeiterlesenEpsilonRebars as the nervous system for the health of a hybrid footbridgeDynamic strain sensing in a historical post-tensioned bridge over Motława riverWeiterlesenDynamic strain sensing in a historical post-tensioned bridge over Motława riverDistributes strains in fibre-reinforced concrete mixed with the groundWeiterlesenDistributes strains in fibre-reinforced concrete mixed with the groundDistributed strain sensing in the concrete slab of a truss bridgeWeiterlesenDistributed strain sensing in the concrete slab of a truss bridgeDistributed strain measurements in a historical brick masonry wallWeiterlesenDistributed strain measurements in a historical brick masonry wallDistributed fibre optic strain sensing –historical bridge in WarsawWeiterlesenDistributed fibre optic strain sensing –historical bridge in WarsawThermal-shrinkage strains in masssive concrete foundation slabWeiterlesenThermal-shrinkage strains in masssive concrete foundation slabThermal-shrinkage strains in hardening of expansive concreteWeiterlesenThermal-shrinkage strains in hardening of expansive concreteThe 2nd bridge in Germany with embedded strain and crack distributed sensorsWeiterlesenThe 2nd bridge in Germany with embedded strain and crack distributed sensorsStrain sensing and damage detection in the famous University BridgeWeiterlesenStrain sensing and damage detection in the famous University BridgeDamage detection in the composite wind turbine blade for bridge applicationsWeiterlesenDamage detection in the composite wind turbine blade for bridge applicationsStrain sensing and crack detection during simulation of column failureWeiterlesenStrain sensing and crack detection during simulation of column failure zurück1 2 3 4Nächste
EpsilonRebars as the nervous system for the health of a hybrid footbridgeWeiterlesenEpsilonRebars as the nervous system for the health of a hybrid footbridge
Dynamic strain sensing in a historical post-tensioned bridge over Motława riverWeiterlesenDynamic strain sensing in a historical post-tensioned bridge over Motława river
Distributes strains in fibre-reinforced concrete mixed with the groundWeiterlesenDistributes strains in fibre-reinforced concrete mixed with the ground
Distributed strain sensing in the concrete slab of a truss bridgeWeiterlesenDistributed strain sensing in the concrete slab of a truss bridge
Distributed strain measurements in a historical brick masonry wallWeiterlesenDistributed strain measurements in a historical brick masonry wall
Distributed fibre optic strain sensing –historical bridge in WarsawWeiterlesenDistributed fibre optic strain sensing –historical bridge in Warsaw
Thermal-shrinkage strains in masssive concrete foundation slabWeiterlesenThermal-shrinkage strains in masssive concrete foundation slab
Thermal-shrinkage strains in hardening of expansive concreteWeiterlesenThermal-shrinkage strains in hardening of expansive concrete
The 2nd bridge in Germany with embedded strain and crack distributed sensorsWeiterlesenThe 2nd bridge in Germany with embedded strain and crack distributed sensors
Strain sensing and damage detection in the famous University BridgeWeiterlesenStrain sensing and damage detection in the famous University Bridge
Damage detection in the composite wind turbine blade for bridge applicationsWeiterlesenDamage detection in the composite wind turbine blade for bridge applications
Strain sensing and crack detection during simulation of column failureWeiterlesenStrain sensing and crack detection during simulation of column failure