Measurements of a railway line above the substrate strengthened with slurry wallsWeiterlesenMeasurements of a railway line above the substrate strengthened with slurry wallsFirst bridge in Germany with embedded strain and crack distributed sensorsWeiterlesenFirst bridge in Germany with embedded strain and crack distributed sensorsEpsilonRebars 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 riverDistributed strain sensing in the concrete slab of a truss bridgeWeiterlesenDistributed strain sensing in the concrete slab of a truss bridgeThe 2nd bridge in Germany with embedded strain and crack distributed sensorsWeiterlesenThe 2nd bridge in Germany with embedded strain and crack distributed sensorsStrains in composite reinforcement at the base of a road embankmentWeiterlesenStrains in composite reinforcement at the base of a road embankmentStrains and displacements in asphalt layers: dynamic load testsWeiterlesenStrains and displacements in asphalt layers: dynamic load testsStrains and displacements at the base of a road embankmentWeiterlesenStrains and displacements at the base of a road embankmentDisplacements of a road embankment above the strengthened substrateWeiterlesenDisplacements of a road embankment above the strengthened substrateSteel-concrete railway bridge: strains and cracks during load testsWeiterlesenSteel-concrete railway bridge: strains and cracks during load testsPEBSTER (5×5 m): strains and displacements in piled embankment with a steel meshWeiterlesenPEBSTER (5×5 m): strains and displacements in piled embankment with a steel mesh 1 2Nächste
Measurements of a railway line above the substrate strengthened with slurry wallsWeiterlesenMeasurements of a railway line above the substrate strengthened with slurry walls
First bridge in Germany with embedded strain and crack distributed sensorsWeiterlesenFirst bridge in Germany with embedded strain and crack distributed sensors
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
Distributed strain sensing in the concrete slab of a truss bridgeWeiterlesenDistributed strain sensing in the concrete slab of a truss bridge
The 2nd bridge in Germany with embedded strain and crack distributed sensorsWeiterlesenThe 2nd bridge in Germany with embedded strain and crack distributed sensors
Strains in composite reinforcement at the base of a road embankmentWeiterlesenStrains in composite reinforcement at the base of a road embankment
Strains and displacements in asphalt layers: dynamic load testsWeiterlesenStrains and displacements in asphalt layers: dynamic load tests
Strains and displacements at the base of a road embankmentWeiterlesenStrains and displacements at the base of a road embankment
Displacements of a road embankment above the strengthened substrateWeiterlesenDisplacements of a road embankment above the strengthened substrate
Steel-concrete railway bridge: strains and cracks during load testsWeiterlesenSteel-concrete railway bridge: strains and cracks during load tests
PEBSTER (5×5 m): strains and displacements in piled embankment with a steel meshWeiterlesenPEBSTER (5×5 m): strains and displacements in piled embankment with a steel mesh