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 measurementsFirst bridge in Germany with embedded strain and crack distributed sensorsRead MoreFirst bridge in Germany with embedded strain and crack distributed sensorsThermal-shrinkage strains of GRP composite pipe in the laboratoryRead MoreThermal-shrinkage strains of GRP composite pipe in the laboratoryThe 2nd bridge in Germany with embedded strain and crack distributed sensorsRead MoreThe 2nd bridge in Germany with embedded strain and crack distributed sensorsSteel-concrete railway bridge: strains and cracks during load testsRead MoreSteel-concrete railway bridge: strains and cracks during load tests
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
First bridge in Germany with embedded strain and crack distributed sensorsRead MoreFirst bridge in Germany with embedded strain and crack distributed sensors
Thermal-shrinkage strains of GRP composite pipe in the laboratoryRead MoreThermal-shrinkage strains of GRP composite pipe in the laboratory
The 2nd bridge in Germany with embedded strain and crack distributed sensorsRead MoreThe 2nd bridge in Germany with embedded strain and crack distributed sensors
Steel-concrete railway bridge: strains and cracks during load testsRead MoreSteel-concrete railway bridge: strains and cracks during load tests