Load testing of toothed cable anchors -structural check of a new bridgeRead MoreLoad testing of toothed cable anchors -structural check of a new bridgeDistributed fibre optic strain sensing –historical bridge in WarsawRead MoreDistributed fibre optic strain sensing –historical bridge in WarsawStrain sensing and damage detection in the famous University BridgeRead MoreStrain sensing and damage detection in the famous University BridgeSteel girders during mechanical load tests: elastic and plastic strainsRead MoreSteel girders during mechanical load tests: elastic and plastic strainsSteel bridge girder as vertical displacement sensor for shape sensingRead MoreSteel bridge girder as vertical displacement sensor for shape sensingPlastic strains in steel anchorages: axial tension testRead MorePlastic strains in steel anchorages: axial tension testCable-stayed bridge with steel anchorage: detection of stress concentrationsRead MoreCable-stayed bridge with steel anchorage: detection of stress concentrations
Load testing of toothed cable anchors -structural check of a new bridgeRead MoreLoad testing of toothed cable anchors -structural check of a new bridge
Distributed fibre optic strain sensing –historical bridge in WarsawRead MoreDistributed fibre optic strain sensing –historical bridge in Warsaw
Strain sensing and damage detection in the famous University BridgeRead MoreStrain sensing and damage detection in the famous University Bridge
Steel girders during mechanical load tests: elastic and plastic strainsRead MoreSteel girders during mechanical load tests: elastic and plastic strains
Steel bridge girder as vertical displacement sensor for shape sensingRead MoreSteel bridge girder as vertical displacement sensor for shape sensing
Plastic strains in steel anchorages: axial tension testRead MorePlastic strains in steel anchorages: axial tension test
Cable-stayed bridge with steel anchorage: detection of stress concentrationsRead MoreCable-stayed bridge with steel anchorage: detection of stress concentrations