Smart FRP components for strain- based bridge health monitoringRead MoreSmart FRP components for strain- based bridge health monitoringSmart composite bridge panel for strain and shape sensingRead MoreSmart composite bridge panel for strain and shape sensingShape sensing with 3DSensor: laboratory beginningsRead MoreShape sensing with 3DSensor: laboratory beginningsConcrete truck scale platforms: strain and crack analysis from hardening to loadingRead MoreConcrete truck scale platforms: strain and crack analysis from hardening to loadingPrestressed T-shaped girders: strain, crack, stress and shape sensingRead MorePrestressed T-shaped girders: strain, crack, stress and shape sensingPlastic strains in steel anchorages: axial tension testRead MorePlastic strains in steel anchorages: axial tension testConcrete slab strengthened with FRP composites: strains & cracksRead MoreConcrete slab strengthened with FRP composites: strains & cracksPEBSTER (5×5 m): strains and displacements in piled embankment with a steel meshRead MorePEBSTER (5×5 m): strains and displacements in piled embankment with a steel meshConcrete giders with integrated distributed strain and shape monolithic sensorsRead MoreConcrete giders with integrated distributed strain and shape monolithic sensorsPEBSTER (1×1 m): strains and displacements in piled embankment with a steel meshRead MorePEBSTER (1×1 m): strains and displacements in piled embankment with a steel meshConcrete cylinders – mechanical strains under laboratory conditionsRead MoreConcrete cylinders – mechanical strains under laboratory conditionsMonolithic sensors vs. layered cables – direct comparison in concreteRead MoreMonolithic sensors vs. layered cables – direct comparison in concrete Prev1 2 3Next
Smart FRP components for strain- based bridge health monitoringRead MoreSmart FRP components for strain- based bridge health monitoring
Smart composite bridge panel for strain and shape sensingRead MoreSmart composite bridge panel for strain and shape sensing
Shape sensing with 3DSensor: laboratory beginningsRead MoreShape sensing with 3DSensor: laboratory beginnings
Concrete truck scale platforms: strain and crack analysis from hardening to loadingRead MoreConcrete truck scale platforms: strain and crack analysis from hardening to loading
Prestressed T-shaped girders: strain, crack, stress and shape sensingRead MorePrestressed T-shaped girders: strain, crack, stress and shape sensing
Plastic strains in steel anchorages: axial tension testRead MorePlastic strains in steel anchorages: axial tension test
Concrete slab strengthened with FRP composites: strains & cracksRead MoreConcrete slab strengthened with FRP composites: strains & cracks
PEBSTER (5×5 m): strains and displacements in piled embankment with a steel meshRead MorePEBSTER (5×5 m): strains and displacements in piled embankment with a steel mesh
Concrete giders with integrated distributed strain and shape monolithic sensorsRead MoreConcrete giders with integrated distributed strain and shape monolithic sensors
PEBSTER (1×1 m): strains and displacements in piled embankment with a steel meshRead MorePEBSTER (1×1 m): strains and displacements in piled embankment with a steel mesh
Concrete cylinders – mechanical strains under laboratory conditionsRead MoreConcrete cylinders – mechanical strains under laboratory conditions
Monolithic sensors vs. layered cables – direct comparison in concreteRead MoreMonolithic sensors vs. layered cables – direct comparison in concrete