Measurements of a railway line above the substrate strengthened with slurry wallsRead MoreMeasurements of a railway line above the substrate strengthened with slurry wallsHigh-speed railway line: static and dynamic distributed measurementsRead MoreHigh-speed railway line: static and dynamic distributed measurementsHigh pressure gas pipeline: DFOS-based health control of safety-critical infrastructureRead MoreHigh pressure gas pipeline: DFOS-based health control of safety-critical infrastructureThermal-shrinkage strains of GRP composite pipe in the laboratoryRead MoreThermal-shrinkage strains of GRP composite pipe in the laboratoryDamage detection in the composite wind turbine blade for bridge applicationsRead MoreDamage detection in the composite wind turbine blade for bridge applicationsConcrete slab strengthened with FRP composites: strains & cracksRead MoreConcrete slab strengthened with FRP composites: strains & cracks
Measurements of a railway line above the substrate strengthened with slurry wallsRead MoreMeasurements of a railway line above the substrate strengthened with slurry walls
High-speed railway line: static and dynamic distributed measurementsRead MoreHigh-speed railway line: static and dynamic distributed measurements
High pressure gas pipeline: DFOS-based health control of safety-critical infrastructureRead MoreHigh pressure gas pipeline: DFOS-based health control of safety-critical infrastructure
Thermal-shrinkage strains of GRP composite pipe in the laboratoryRead MoreThermal-shrinkage strains of GRP composite pipe in the laboratory
Damage detection in the composite wind turbine blade for bridge applicationsRead MoreDamage detection in the composite wind turbine blade for bridge applications
Concrete slab strengthened with FRP composites: strains & cracksRead MoreConcrete slab strengthened with FRP composites: strains & cracks