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Results: 1-11 |
Results: 11
PROTECTIVE ABILITY OF AN ACRYLIC-BASED SURFACE COATING SYSTEM AGAINSTCHLORIDE AND CARBONATION PENETRATION INTO CONCRETE
Authors: SWAMY RN SURYAVANSHI AK TANIKAWA S
Citation: Rn. Swamy et al., PROTECTIVE ABILITY OF AN ACRYLIC-BASED SURFACE COATING SYSTEM AGAINSTCHLORIDE AND CARBONATION PENETRATION INTO CONCRETE, ACI materials journal, 95(2), 1998, pp. 101-112
DURABILITY OF BLENDED CEMENT CONCRETE STRUCTURAL ELEMENTS OF HIGHER WATER-BINDER RATIO AGAINST CHLORIDE AND CARBONATION ATTACK
Authors: SWAMY RN SURYAVANSHI AK
Citation: Rn. Swamy et Ak. Suryavanshi, DURABILITY OF BLENDED CEMENT CONCRETE STRUCTURAL ELEMENTS OF HIGHER WATER-BINDER RATIO AGAINST CHLORIDE AND CARBONATION ATTACK, Arabian journal for science and engineering, 23(1B), 1998, pp. 17-32
CHLORIDE PENETRATION INTO REINFORCED-CONCRETE SLABS
Authors: SURYAVANSHI AK SWAMY RN MCHUGH S
Citation: Ak. Suryavanshi et al., CHLORIDE PENETRATION INTO REINFORCED-CONCRETE SLABS, Canadian journal of civil engineering, 25(1), 1998, pp. 87-95
REPLY TO THE DISCUSSIONS ON THE PAPER AN EVALUATION OF CONTROLLED PERMEABILITY FORMWORK FOR LONG-TERM DURABILITY OF STRUCTURAL CONCRETE ELEMENTS
Authors: SURYAVANSHI AK SWAMY RN
Citation: Ak. Suryavanshi et Rn. Swamy, REPLY TO THE DISCUSSIONS ON THE PAPER AN EVALUATION OF CONTROLLED PERMEABILITY FORMWORK FOR LONG-TERM DURABILITY OF STRUCTURAL CONCRETE ELEMENTS, Cement and concrete research, 28(4), 1998, pp. 617-621
WELL-CRYSTALLIZED AND AMORPHOUS CALCITE IN CONCRETE SLABS EXPOSED TO LONG-TERM ATMOSPHERIC CARBONATION
Authors: SURYAVANSHI AK SWAMY RN
Citation: Ak. Suryavanshi et Rn. Swamy, WELL-CRYSTALLIZED AND AMORPHOUS CALCITE IN CONCRETE SLABS EXPOSED TO LONG-TERM ATMOSPHERIC CARBONATION, Advances in cement research, 9(35), 1997, pp. 115-125
AN EVALUATION OF CONTROLLED PERMEABILITY FORMWORK FOR LONG-TERM DURABILITY OF STRUCTURAL CONCRETE ELEMENTS
Authors: SURYAVANSHI AK SWAMY RN
Citation: Ak. Suryavanshi et Rn. Swamy, AN EVALUATION OF CONTROLLED PERMEABILITY FORMWORK FOR LONG-TERM DURABILITY OF STRUCTURAL CONCRETE ELEMENTS, Cement and concrete research, 27(7), 1997, pp. 1047-1060
MECHANISM OF FRIEDEL-SALT FORMATION IN CEMENTS RICH IN TRI-CALCIUM ALUMINATE
Authors: SURYAVANSHI AK SCANTLEBURY JD LYON SB
Citation: Ak. Suryavanshi et al., MECHANISM OF FRIEDEL-SALT FORMATION IN CEMENTS RICH IN TRI-CALCIUM ALUMINATE, Cement and concrete research, 26(5), 1996, pp. 717-727
STABILITY OF FRIEDEL-SALT IN CARBONATED CONCRETE STRUCTURAL ELEMENTS
Authors: SURYAVANSHI AK SWAMY RN
Citation: Ak. Suryavanshi et Rn. Swamy, STABILITY OF FRIEDEL-SALT IN CARBONATED CONCRETE STRUCTURAL ELEMENTS, Cement and concrete research, 26(5), 1996, pp. 729-741
STABILITY OF FRIDEL SALT IN CARBONATED CONCRETE STRUCTURAL ELEMENTS (VOL 26, PG 729, 1996)
Authors: SURYAVANSHI AK SWAMY RN
Citation: Ak. Suryavanshi et Rn. Swamy, STABILITY OF FRIDEL SALT IN CARBONATED CONCRETE STRUCTURAL ELEMENTS (VOL 26, PG 729, 1996), Cement and concrete research, 26(10), 1996, pp. 1611-1611
PORE-SIZE DISTRIBUTION OF OPC AND SRPC MORTARS IN PRESENCE OF CHLORIDES
Authors: SURYAVANSHI AK SCANTLEBURY JD LYON SB
Citation: Ak. Suryavanshi et al., PORE-SIZE DISTRIBUTION OF OPC AND SRPC MORTARS IN PRESENCE OF CHLORIDES, Cement and concrete research, 25(5), 1995, pp. 980-988
THE BINDING OF CHLORIDE-IONS BY SULFATE RESISTANT PORTLAND-CEMENT
Authors: SURYAVANSHI AK SCANTLEBURY JD LYON SB
Citation: Ak. Suryavanshi et al., THE BINDING OF CHLORIDE-IONS BY SULFATE RESISTANT PORTLAND-CEMENT, Cement and concrete research, 25(3), 1995, pp. 581-592
Risultati: 1-11 |