Dr. Masayasu Ohtsu is an adjunct professor at the Laboratory on Innovative Techniques for Infrastructures, Kyoto University, Japan and an emeritus professor of the Kumamoto University, Japan. His major research field contains applications of acoustic emission to concrete, nondestructive evaluation of concrete structures and numerical analysis of composite structures.

• Damage evaluation in concrete materials by acoustic emissionAcoustic emission wireless monitoring of structuresIdentification of the fracture process zone in concrete materials by acoustic emissionAcoustic emission method and electrochemical noise technique for evaluation of rebar corrosion in reinforced concreteSeismology-based acoustic emission techniques for the monitoring of fracture processes in concrete structuresAcoustic emission monitoring and quantitative evaluation of damage in concrete beams under creepLaboratory investigations on concrete fracture using acoustic emission techniquesMonitoring of crack propagation in reinforced concrete beams using embedded piezoelectric transducersNDE method for rebar corrosion degree of RC structuresEstimation of concrete strength by the contrast X-ray methodLow-level acoustic emission in the long-term monitoring of concreteArtificial neural network analysis of acoustic emission data during longtime corrosion monitoring of posttensioned concrete structuresAcoustic monitoring for the evaluation of concrete structures and materialsMultitechnique damage monitoring: application to concrete beams

Dr. Masayasu Ohtsu is an adjunct professor at the Laboratory on Innovative Techniques for Infrastructures, Kyoto University, Japan and an emeritus professor of the Kumamoto University, Japan. His major research field contains applications of acoustic emission to concrete, nondestructive evaluation of concrete structures and numerical analysis of composite structures.

• Damage evaluation in concrete materials by acoustic emissionAcoustic emission wireless monitoring of structuresIdentification of the fracture process zone in concrete materials by acoustic emissionAcoustic emission method and electrochemical noise technique for evaluation of rebar corrosion in reinforced concreteSeismology-based acoustic emission techniques for the monitoring of fracture processes in concrete structuresAcoustic emission monitoring and quantitative evaluation of damage in concrete beams under creepLaboratory investigations on concrete fracture using acoustic emission techniquesMonitoring of crack propagation in reinforced concrete beams using embedded piezoelectric transducersNDE method for rebar corrosion degree of RC structuresEstimation of concrete strength by the contrast X-ray methodLow-level acoustic emission in the long-term monitoring of concreteArtificial neural network analysis of acoustic emission data during longtime corrosion monitoring of posttensioned concrete structuresAcoustic monitoring for the evaluation of concrete structures and materialsMultitechnique damage monitoring: application to concrete beams

Dr. Masayasu Ohtsu is an adjunct professor at the Laboratory on Innovative Techniques for Infrastructures, Kyoto University, Japan and an emeritus professor of the Kumamoto University, Japan. His major research field contains applications of acoustic emission to concrete, nondestructive evaluation of concrete structures and numerical analysis of composite structures.

• Damage evaluation in concrete materials by acoustic emissionAcoustic emission wireless monitoring of structuresIdentification of the fracture process zone in concrete materials by acoustic emissionAcoustic emission method and electrochemical noise technique for evaluation of rebar corrosion in reinforced concreteSeismology-based acoustic emission techniques for the monitoring of fracture processes in concrete structuresAcoustic emission monitoring and quantitative evaluation of damage in concrete beams under creepLaboratory investigations on concrete fracture using acoustic emission techniquesMonitoring of crack propagation in reinforced concrete beams using embedded piezoelectric transducersNDE method for rebar corrosion degree of RC structuresEstimation of concrete strength by the contrast X-ray methodLow-level acoustic emission in the long-term monitoring of concreteArtificial neural network analysis of acoustic emission data during longtime corrosion monitoring of posttensioned concrete structuresAcoustic monitoring for the evaluation of concrete structures and materialsMultitechnique damage monitoring: application to concrete beams