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Surface hardness methods 41influenc
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Surface hardness methods 43cases ab
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2.3.2 CalibrationSurface hardness m
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Surface hardness methods 47Figure 2
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Surface hardness methods 49(i) Conc
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Chapter 3Ultrasonic pulse velocitym
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Ultrasonic pulse velocity methods 5
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3.5 Reliability and limitationsUltr
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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4.1.1.4 Reliability, limitations an
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Partially destructive strength test
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Cores 121discussed in Chapter 1, re
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Figure 5.1 Core cutting drill.
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Cores 125of the location and size o
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Cores 127Figure 5.3 Point load test
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Cores 129Figure 5.4 Excess voidage
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Cores 131where r = bar diameter c
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Cores 133The strength differences b
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Cores 135from flexurally cracked te
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Cores 1371.0Ratio of measured core
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Cores 1393 applied to the 95% confi
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6.1 In-situ load testingLoad testin
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Load testing and monitoring 143It w
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Load testing and monitoring 145Figu
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Figure 6.5 Test load on roof slab u
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Load testing and monitoring 149to e
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Load testing and monitoring 151Figu
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Load testing and monitoring 153Figu
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Load testing and monitoring 155Figu
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Load testing and monitoring 157Long
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Load testing and monitoring 159Deve
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Load testing and monitoring 161is t
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Load testing and monitoring 163Ligh
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Load testing and monitoring 165Tabl
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Load testing and monitoring 167gaug
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Load testing and monitoring 169(iii
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Load testing and monitoring 171pref
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Load testing and monitoring 173stra
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Load testing and monitoring 17528Me
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Durability tests 177DC electric cur
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Durability tests 179the rate of cor
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Durability tests 181Figure 7.5 Prof
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Durability tests 183in detail to gi
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Durability tests 185cement concrete
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Durability tests 187Figure 7.11 Typ
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Durability tests 189Figure 7.15 Whe
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Durability tests 191concrete. Engin
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Figure 7.18 Four-probe resistivity
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Durability tests 195Although the pr
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Durability tests 197(v) Evaluating
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Area %10090807060504030201000Decrea
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Durability tests 201Some studies ha
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Durability tests 203It is well esta
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Durability tests 205in which the wa
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Durability tests 207Adsorbed layerL
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Durability tests 209applied head an
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Durability tests 211reading should
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Durability tests 213Figure 7.30 Mod
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Durability tests 215A water permeab
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Durability tests 217types, strength
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Durability tests 219at 105 ± 5 C
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Durability tests 221although ultras
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Chapter 8Performance and integrity
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Performance and integrity tests 225
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Performance and integrity tests 227
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Performance and integrity tests 251
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Performance and integrity tests 253
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Figure 8.22 ‘Coma’ mini maturit
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Performance and integrity tests 257
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Performance and integrity tests 259
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Chapter 9Chemical testing and allie
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Chemical testing and allied techniq
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Chemical testing and allied techniq
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Chemical testing and allied techniq
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Table 9.1 Comparison of chloride an
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Chemical testing and allied techniq
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Chemical testing and allied techniq
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Appendix ATypical cases of test pla
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Appendix A 297UPV: mean velocity =
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Adopt estimated in-situ standard de
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Appendix A 301without cores, it may
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Appendix A 303(iii) ProposalsVisual
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Appendix BExamples of pulse velocit
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Appendix B 307Figure B3thusestimate
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Appendix CExample of evaluation of
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Appendix C 311Table C1No. of cores
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References 31317 Carino, N.J. Nonde
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References 31558 BS EN 12504-2 Test
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References 31796 Nasser, K.W. and A
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References 319134 Stoll, U.W. Compr
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References 321175 Basheer, P.A.M.,
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References 323209 Andrade, C. and M
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References 325244 Kreijger, P.C. Th
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References 327282 Bungey, J.H., Sha
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References 329322 Tawhed, W. and Ga
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References 331358 Jenkins, D.R. and
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References 333399 Polivka, M., Kell
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Index 335chemicalanalysis 6, 34, 12
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Index 337optical fibres 162-3, 170o
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Index 339water content 261, 263, 26