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Results: 1-17 |
Results: 17
THE USE OF SMALL ELECTROCHEMICAL PERTURBATIONS TO ASSESS THE CORROSION OF STEEL IN CONCRETE
Authors: HASSANEIN AM GLASS GK BUENFELD NR
Citation: Am. Hassanein et al., THE USE OF SMALL ELECTROCHEMICAL PERTURBATIONS TO ASSESS THE CORROSION OF STEEL IN CONCRETE, NDT & E international, 31(4), 1998, pp. 265-272
CHLORIDE TRANSPORT IN CONCRETE SUBJECTED TO ELECTRIC-FIELD
Authors: BUENFELD NR GLASS GK HASSANEIN AM ZHANG JZ
Citation: Nr. Buenfeld et al., CHLORIDE TRANSPORT IN CONCRETE SUBJECTED TO ELECTRIC-FIELD, Journal of materials in civil engineering, 10(4), 1998, pp. 220-228
LOW-FREQUENCY IMPEDANCE DATA BY LAPLACE TRANSFORMATION OF COULOSTATICALLY INDUCED TRANSIENTS
Authors: GLASS GK HASSANEIN AM BUENFELD NR
Citation: Gk. Glass et al., LOW-FREQUENCY IMPEDANCE DATA BY LAPLACE TRANSFORMATION OF COULOSTATICALLY INDUCED TRANSIENTS, Electrochimica acta, 43(12-13), 1998, pp. 1863-1871
A MATHEMATICAL-MODEL FOR ELECTROCHEMICAL REMOVAL OF CHLORIDE FROM CONCRETE STRUCTURES
Authors: HASSANEIN AM GLASS GK BUENFELD NR
Citation: Am. Hassanein et al., A MATHEMATICAL-MODEL FOR ELECTROCHEMICAL REMOVAL OF CHLORIDE FROM CONCRETE STRUCTURES, Corrosion, 54(4), 1998, pp. 323-332
OBTAINING IMPEDANCE INFORMATION ON THE STEEL-CONCRETE INTERFACE
Authors: GLASS GK HASSANEIN AM BUENFELD NR
Citation: Gk. Glass et al., OBTAINING IMPEDANCE INFORMATION ON THE STEEL-CONCRETE INTERFACE, Corrosion, 54(11), 1998, pp. 887-897
CHLORIDE-BINDING ISOTHERMS FROM THE DIFFUSION CELL TEST
Authors: GLASS GK STEVENSON GM BUENFELD NR
Citation: Gk. Glass et al., CHLORIDE-BINDING ISOTHERMS FROM THE DIFFUSION CELL TEST, Cement and concrete research, 28(7), 1998, pp. 939-945
NEURAL-NETWORK MODELING OF CHLORIDE BINDING
Authors: GLASS GK HASSANEIN NM BUENFELD NR
Citation: Gk. Glass et al., NEURAL-NETWORK MODELING OF CHLORIDE BINDING, Magazine of Concrete Research, 49(181), 1997, pp. 323-335
THE ANALYSIS OF POTENTIOSTATIC TRANSIENTS APPLIED TO THE CORROSION OFSTEEL IN CONCRETE
Authors: GLASS GK PAGE CL SHORT NR ZHANG JZ
Citation: Gk. Glass et al., THE ANALYSIS OF POTENTIOSTATIC TRANSIENTS APPLIED TO THE CORROSION OFSTEEL IN CONCRETE, Corrosion science, 39(9), 1997, pp. 1657-1663
MONITORING THE PASSIVATION OF STEEL IN CONCRETE INDUCED BY CATHODIC PROTECTION
Authors: GLASS GK HASSANEIN AM BUENFELD NR
Citation: Gk. Glass et al., MONITORING THE PASSIVATION OF STEEL IN CONCRETE INDUCED BY CATHODIC PROTECTION, Corrosion science, 39(8), 1997, pp. 1451-1458
THE PRESENTATION OF THE CHLORIDE THRESHOLD LEVEL FOR CORROSION OF STEEL IN CONCRETE
Authors: GLASS GK BUENFELD NR
Citation: Gk. Glass et Nr. Buenfeld, THE PRESENTATION OF THE CHLORIDE THRESHOLD LEVEL FOR CORROSION OF STEEL IN CONCRETE, Corrosion science, 39(5), 1997, pp. 1001-1013
ANALYSIS OF DATA ON A REINFORCED-CONCRETE CATHODIC PROTECTION SYSTEM
Authors: GLASS GK
Citation: Gk. Glass, ANALYSIS OF DATA ON A REINFORCED-CONCRETE CATHODIC PROTECTION SYSTEM, Materials performance, 35(2), 1996, pp. 36-41
AN INVESTIGATION OF EXPERIMENTAL METHODS USED TO DETERMINE FREE AND TOTAL CHLORIDE CONTENTS
Authors: GLASS GK WANG Y BUENFELD NR
Citation: Gk. Glass et al., AN INVESTIGATION OF EXPERIMENTAL METHODS USED TO DETERMINE FREE AND TOTAL CHLORIDE CONTENTS, Cement and concrete research, 26(9), 1996, pp. 1443-1449
AN ASSESSMENT OF THE COULOSTATIC METHOD APPLIED TO THE CORROSION OF STEEL IN CONCRETE
Authors: GLASS GK
Citation: Gk. Glass, AN ASSESSMENT OF THE COULOSTATIC METHOD APPLIED TO THE CORROSION OF STEEL IN CONCRETE, Corrosion science, 37(4), 1995, pp. 597-605
ON THE CURRENT-DENSITY REQUIRED TO PROTECT STEEL IN ATMOSPHERICALLY EXPOSED CONCRETE STRUCTURES
Authors: GLASS GK BUENFELD NR
Citation: Gk. Glass et Nr. Buenfeld, ON THE CURRENT-DENSITY REQUIRED TO PROTECT STEEL IN ATMOSPHERICALLY EXPOSED CONCRETE STRUCTURES, Corrosion science, 37(10), 1995, pp. 1643-1646
CHLORIDE-ION BARRIER PROPERTIES OF SMALL ELECTRIC-FIELDS IN THE PROTECTION OF STEEL IN CONCRETE
Authors: GLASS GK ZHANG JZ BUENFELD NR
Citation: Gk. Glass et al., CHLORIDE-ION BARRIER PROPERTIES OF SMALL ELECTRIC-FIELDS IN THE PROTECTION OF STEEL IN CONCRETE, Corrosion, 51(9), 1995, pp. 721-726
AN INVESTIGATION INTO THE MECHANISMS OF PROTECTION AFFORDED BY A CATHODIC CURRENT AND THE IMPLICATIONS FOR ADVANCES IN THE FIELD OF CATHODIC PROTECTION
Authors: GLASS GK CHADWICK JR
Citation: Gk. Glass et Jr. Chadwick, AN INVESTIGATION INTO THE MECHANISMS OF PROTECTION AFFORDED BY A CATHODIC CURRENT AND THE IMPLICATIONS FOR ADVANCES IN THE FIELD OF CATHODIC PROTECTION, Corrosion science, 36(12), 1994, pp. 2193-2209
AN INVESTIGATION OF GALVANOSTATIC TRANSIENT METHODS USED TO MONITOR THE CORROSION RATE OF STEEL IN CONCRETE
Authors: GLASS GK PAGE CL SHORT NR YU SW
Citation: Gk. Glass et al., AN INVESTIGATION OF GALVANOSTATIC TRANSIENT METHODS USED TO MONITOR THE CORROSION RATE OF STEEL IN CONCRETE, Corrosion science, 35(5-8), 1993, pp. 1585-1592
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