NDT and E International

Comparison of pulse-echo methods for testing concrete
pp. 195-204(10)
Authors: Krause M.; Barmann M.; Frielinghaus R.; Kretzschmar F.; Kroggel O.; Langenberg K.J.; Maierhofer C.; Muller W.; Neisecke J.; Schickert M.; Schmitz V.; Wiggenhauser H.; Wollbold F.

Electromagnetic and elastic wave scattering and inverse scattering applied to concrete
pp. 205-210(6)
Authors: Langenberg K.J.; Barmann R.; Marklein R.; Irmer S.; Muller H.; Brandfasz M.; Potzkai B.

Capacity of the remanent magnetism method to detect fractures of steel in tendons embedded in prestressed concrete
pp. 211-216(6)
Authors: Scheel H.; Hillemeier B.

Nondestructive testing method of concrete using impact acoustics
pp. 217-222(6)
Authors: Ito Y.; Uomoto T.

Localization and classification of fracture types in concrete with quantitative acoustic emission measurement techniques
pp. 223-230(8)
Authors: Grosse C.; Reinhardt H.; Dahm T.

Combined use of remote laser measurements and simple spectral analysis
pp. 231-238(8)
Author: Ellis B.R.

Automatic moisture content measuring and monitoring system based on time domain reflectometry used in road structures
pp. 239-242(4)
Authors: van der Aa J.P.C.M.; Boer G.

Cross-sectional imaging of building elements by new non-linear tomosynthesis techniques using imaging plates and ⁶⁰Co radiation
pp. 243-248(6)
Authors: Ewert U.; Baranov V.A.; Borchardt K.

Sonic, electromagnetic and impulse radar investigation of stone masonry bridges
pp. 249-254(6)
Authors: Colla C.; Das P.C.; McCann D.; Forde M.C.

Use of stress waves for determining the depth of surface-opening cracks in concrete structures
pp. 255-255(1)
Authors: Lin Y.C.; Su W.C.

A combined ultrasonic method on the estimation of compressive concrete strength
pp. 255-255(1)
Authors: Ismail M.P.; Yusof K.M.; Abrahim A.N.

Propagation of Rayleigh waves in concrete
pp. 255-255(1)
Authors: Ismail M.P.; Yusof K.M.; Ibrahim A.N.

Acoustic tomography for qualitative nondestructive evaluation (QNDE) of structural concrete using a new ultrasonic scanner source
pp. 255-255(1)
Authors: Jalinoos F.; Olson L.D.; Aouad M.F.; Balch A.H.

Ultrasonic evaluation of damage in concrete bridge deck pavements
pp. 255-255(1)
Authors: Peterson M.L.; Landis E.; Achenbach J.D.

Ultrasound tomography applied to AAR-affected concrete structures
pp. 255-255(1)
Author: Thomas M.D.A.

Detection of deterioration within and beneath concrete pavements with sonic and ultrasonic surface waves
pp. 255-255(1)
Author: Nazarian S.

Delamination detection in concrete bridge decks using nondestructive test method
pp. 255-255(1)
Authors: Sabnis G.M.; Kelishami R.; Millstein L.

Are advanced ultrasonic technique suitable for concrete? - an exploratory investigation
pp. 256-256(1)
Author: Popovics J.S.

Damage growth in concrete specimens via ultrasonic analysis in the frequency domain
pp. 256-256(1)
Authors: Olivito R.S.; Surace L.

Effect of fresh concrete freezing in structure on its quality determined by non-destructive methods
pp. 256-256(1)
Authors: Kujawinski K.; Pietraszek P.

Laser generation and detection of ultrasound in concrete
pp. 256-256(1)
Author: Jacobs L.J.

Investigation of interfacial losses in concrete with laser ultrasonics
pp. 256-256(1)
Authors: Jacobs L.J.; Buttomesso D.A.

Computer interpretation of ultrasonic pulse-echo signs for concrete dams
pp. 256-256(1)
Authors: Haskins R.; Alexander A.M.

Determination of elastic constants of a concrete specimen using transient elastic waves
pp. 256-256(1)
Authors: Wu T.T.; Fang J.S.; Liu G.Y.; Kuo M.K.

On the measurement of concrete elastic constants using transient elastic waves
pp. 256-256(1)
Authors: Wu T.T.; Fang J.S.

Setting time study of roller compacted concrete by spectral analysis of transmitted ultrasonic signals
pp. 256-256(1)
Authors: Garnier V.; Corneloup G.; Sprauel J.M.; Perfumo J.C.

Changes in the ultrasonic characteristics of the surface layer made of asphalt concrete
pp. 256-257(2)
Author: Sztukiewicz R.J.

Inspection of concrete by ultrasonic pulse-echo-technique
pp. 257-257(1)
Author: Hillger W.

Setting time determination of rolled compacted concrete by spectral analysis of transmitted ultrasonic signal
pp. 257-257(1)
Authors: Garnier V.; Corneloup G.; Sprauel J.M.; Perfumo J.C.; Leygonie M.

Progress in application of ultrasound in pulse-echo-technique to examine concrete structures
pp. 257-257(1)
Authors: Kroggel O.; Jansohn R.; Ratmann M.

Laser ultrasonic methods for the nondestructive evaluation of concrete
pp. 257-257(1)
Authors: Jacobs L.J.; Johnson H.T.

Report on annual testing of concrete specimens, phases I to XII, at Treat Island, Maine
pp. 257-257(1)
Authors: Bremner T.W.; Kondratova I.

Misapplications of the standard ultrasonic pulse velocity method for testing concrete
pp. 257-257(1)
Authors: Popovics S.; Popovics J.S.

Impact-echo for flaw detection in concrete highway structures
pp. 257-257(1)
Author: Poston R.W.

Detached receiver technique for ultrasonic testing of concrete structures
pp. 257-257(1)
Authors: Afshari A.; Shoukry S.N.; Creese R.C.; GangaRao H.V.S.

Ultrasonic description of the condition of the surface layer of asphalt concrete pavement
pp. 257-257(1)
Author: Sztukiewicz R.

Design of low frequency acoustic waveguide probe for NDT of concrete structures
pp. 258-258(1)
Authors: Arif M.Z.; Turner C.W.

Nondestructive testing of older concrete bridges: a case history of the SEPTA Manayunk bridge
pp. 258-258(1)
Authors: Sack D.A.; Olson L.D.; Kline T.R.; Yates G.A.

Nondestructive strength assessment of concrete-based structures
pp. 258-258(1)
Authors: Stewart A.H.; Goodman J.R.

A survey of developments in ultrasonic NDE of concrete
pp. 258-258(1)
Authors: Popovics J.S.; Rose J.L.

Studies on the system of ultrasonic test of concrete
pp. 258-258(1)
Authors: Jiecheng L.; Zhenquan Z.; Yingxia D.

Ultrasonic inspection of concrete structures to detect the condition of embedded steel components
pp. 258-258(1)
Author: Damaj W.T.

Comparison between optical microscopy and scanning acoustic microscopy for detecting flaws in concrete
pp. 258-258(1)
Authors: Tittmann B.R.; Aligizaki K.K.; Gordon G.A.

Structural integrity evaluation of concrete piles from stress wave measurements
pp. 258-258(1)
Authors: Hussien M.; Morgano M.

Advanced NDT methods for concrete structures
pp. 258-258(1)
Authors: Sack D.A.; Olson L.D.

A survey of existing and new approaches for the generation of stress waves in concrete
pp. 259-259(1)
Authors: Popovics J.S.; Rose J.L.; Popovics S.; Newhouse V.L.; Lewin P.; Bilgutay N.

Fuzzy cluster analysis and comprehensive evaluation of concrete quality with ultrasonic multi-parameters
pp. 259-259(1)
Authors: H. J.-h.; L. W.-d.

Stress wave scattering in concrete: simple finite element model investigation
pp. 259-259(1)
Author: Fancher N.B.

Quantitative ultrasonic evaluation of concrete
pp. 259-259(1)
Authors: Whitcomb R.W.; Jacobs L.; Aref L.

Frequency spectra and ultrasonic pulse attenuation analyses for the assessment of damages in concrete
pp. 259-259(1)
Authors: Bocca P.; Rosa G.

Nondestructive analysis of microcracking in concrete
pp. 259-259(1)
Author: Luong M.P.

The impact-echo response of concrete containing steel reinforcing bars, cracks around bars, and delaminations
pp. 259-259(1)
Author: Cheng C.-C.

Recent developments in inspection techniques for corrosion damaged concrete structures
pp. 259-259(1)
Authors: John G.; Hladky K.; Gaydecki P.; Dawson J.

Laser ultrasonic inspection of concrete structures. Phase 1
pp. 259-259(1)
Author: Berger H.

Impacts as a source of acoustic pulse-echo energy for nondestructive testing of concrete structures
pp. 259-260(2)
Author: Alexander A.M.

Condition evaluation of concrete bridges relative to reinforcement corrosion. Volume 4. Deck membrane effectiveness and a method for evaluating, membrane integrity
pp. 260-260(1)
Authors: Al Qadi I.L.; Weyers R.E.; Galagedera N.L.; Cady P.D.

Future prospects for ultrasonic inspection of concrete
pp. 260-260(1)
Author: Andrews D.R.

Nonlinear dynamic analysis of damage in concrete
pp. 260-260(1)
Authors: Luong M.P.; Liu H.

Condition evaluation of concrete bridges relative to reinforcement corrosion. Volume 4. Deck membrane effectiveness and a method for evaluating membrane integrity
pp. 260-260(1)
Authors: Al Qadi I.L.; Weyers R.E.; Galagedera N.L.; Cady P.D.

Evaluation of compressive strength for high-strength concrete by pulse velocity method
pp. 260-260(1)
Author: Sri Ravindrarajah R.

Frequency spectrum analysis of ultrasonic testing signal in concrete
pp. 260-260(1)
Author: L. W.-D.

A critique of the ultrasonic pulse velocity method for testing concrete
pp. 260-260(1)
Authors: Popovics S.; Popovics J.S.

Evaluation of concrete bridges by impact-echo
pp. 260-260(1)
Authors: Ghorbanpoor A.; Virmani Y.P.; Fatemi G.R.

Sonic NDE of structural concrete
pp. 260-260(1)
Author: Olson L.D.

Ultrasonic imaging of the asphaltic concrete surface layer
pp. 260-260(1)
Author: Sztukiewicz R.J.

Discrimination between defects and deterioration in existing concrete structures by NDT
pp. 261-261(1)
Authors: Amasaki S.; Clark L.A.

Evaluation of concrete deterioration due to alkali silica reactivity through non-destructive tests
pp. 261-261(1)
Authors: Swamy R.N.; Laiw J.C.

The relationship between the strength and non-destructive parameters of rice husk ash concrete
pp. 261-261(1)
Author: Ikpong A.A.

Using transverse waves in measuring the depth of concrete cracks filled up with water
pp. 261-261(1)
Authors: Luo Q.; Fu X.; Song R.

Ultrasonic pulse method for detecting internal defects and cracks in concrete structures
pp. 261-261(1)
Author: Luo Q.

Advanced pulse echo method for ultrasonic testing of concrete
pp. 261-261(1)
Authors: Krause M.; Wiggenhauser H.; Wilsch G.

Strength evaluation of high-strength concrete by ultrasonic pulse velocity method
pp. 261-261(1)
Author: Sri Ravindrarajah R.

Damage detection in concrete elements with surface wave measurements
pp. 261-261(1)
Author: Bowen B.R.

Investigation of ultrasonic evaluation methods for qualities of reinforced concrete structure
pp. 261-261(1)
Authors: Kuramochi M.; Yabe Y.; Imai M.

Testing asphaltic concrete with ultrasonic methods
pp. 261-262(2)
Author: Sztukiewicz R.J.

Evaluation of the use of laser ultrasonics for the rapid, noncontact inspection of concrete and asphalt
pp. 262-262(1)
Authors: Brocklehurst F.K.; Moss B.C.; Smith R.L.; Tasker C.G.

Digital deconvolution analysis of ultrasonic signals influenced by the presence of longitudinally aligned steel cables in pre-stressed concrete
pp. 262-262(1)
Authors: Gaydeck P.A.; Burdekin F.M.; John D.G.; Payne P.A.

A non-destructive method for testing of mechanical properties of polymer impregnated concrete
pp. 262-262(1)
Authors: Maiti S.; Kirtania K.R.

Strength evaluation of high-strength concrete by ultrasonic pulse velocity method
pp. 262-262(1)
Author: Ravindrarajah R.S.

Quantitative spectral analysis for flaw detection in concrete
pp. 262-262(1)
Authors: Koo J.Y.; Lee S.; Kim Y.H.; Lew H.S.

Ultrasonic measurement for setting control of concrete
pp. 262-262(1)
Author: van der Winden N.G.B.

Nondestructive testing of concrete structures using the impact-echo method
pp. 262-262(1)
Author: Limaye H.S.

combined ultrasound methods of concrete testing
pp. 262-262(1)
Author: Galan A.

The propagation and attenuation of medium-frequency ultrasonic waves in concrete: a signal analytical approach
pp. 262-262(1)
Authors: Gaydeck P.A.; Burdekin F.M.; Damaj W.; John D.G.; Payne P.A.

Nondestructive evaluation of concrete with impact-echo and pulse- velocity techniques
pp. 262-263(2)
Authors: Limaye H.S.; Krause R.J.

An ultrasonic inspection system capable of detecting voids and corroded steel components embedded in prestressed concrete structures
pp. 263-263(1)
Authors: Gaydecki P.A.; Burdekin F.M.; Damaj W.; John D.G.; Payne P.A.

Nondestructive testing of concrete in buildings
pp. 263-263(1)
Author: Voiczek G.

Flaw detection in concrete using the impact-echo method
pp. 263-263(1)
Authors: Carino N.J.; Sansalone M.

Damage measurements in concrete via an ultrasonic technique Part II modeling
pp. 263-263(1)
Author: Berthaud Y.

Ultrasonic testing to identify alkali-silica reaction in concrete
pp. 263-263(1)
Author: Bungey J.H.

Sound reflection analysis of structural concrete
pp. 263-263(1)
Author: Klingmuller O.

Spectral analysis of ultrasonic signals in the testing of concrete
pp. 263-263(1)
Authors: Kadlecek V.; Dohnalek J.

Strength and elasticity characteristics of gas concrete in the structure determined by non-destructive methods
pp. 263-263(1)
Author: Galan A.

Determining asphaltic concrete pavement structural properties by nondestructive testing
pp. 263-263(1)
Authors: Lytton R.L.; Germann F.P.; Chou Y.J.; Stoffels S.M.

Application of ultrasonic methods in asphalt concrete testing
pp. 263-264(2)
Author: Sztukiewicz R.J.

Damage measurements in concrete via an ultrasonic technique. Part I Experiment
pp. 264-264(1)
Author: Berthaud Y.

A report on the increasing importance of the ultrasonic methods in the monitoring of cracks in concrete
pp. 264-264(1)
Authors: Gopalan V.S.; Thirumalakumar C.

Pulse echo in concrete monitoring: interference and spectral selection
pp. 264-264(1)
Authors: Kovalev A.V.; Kozlov V.N.; Samokrutov A.A.; Shevaldykin V.G.; Yakovlev N.N.

Intelligence ultrasound-resilience combination instrument for the assessment of concrete
pp. 264-264(1)
Author: Haicheng W.

Advanced technique and instrument to measure thickness of concrete
pp. 264-264(1)
Author: Yamaguchi T.

The behavior of ultrasonic pulses in concrete
pp. 264-264(1)
Authors: Popovics S.; Rose J.L.; Popovics J.S.

Ultrasonic techniques for the non-destructive testing of concrete
pp. 264-264(1)
Authors: Tasker C.G.; Smith R.L.

Investigation using visualizing methods of the critical tolerances in a mechanically steered ultrasonic transmitter with application to concrete testing
pp. 264-264(1)
Authors: Andrews D.R.; Turner C.W.

The effect of curing temperature on strength-velocity relationship for ultrasonic assessment of concrete strength at early ages
pp. 264-264(1)
Authors: Muravljov M.; Zivkovic S.

Setting time and strength of concrete using the impact-echo method
pp. 264-265(2)
Authors: Pessiki S.P.; Carino N.J.

Laboratory and field studies of the impact-echo method for flaw detection in concrete.
pp. 265-265(1)
Authors: Sansalone M.; Carino N.J.

Developments in ultrasonic pitch-catch and pulse-echo for measurements in concrete
pp. 265-265(1)
Authors: Alexander A.M.; Thornton H.T.

Quality evaluation of concrete exposed to high temperature by ultrasonic spectroscopy
pp. 265-265(1)
Authors: Yamada K.; Tsuchiya H.; Kosaka Y.

Ultrasonic testing of concrete
pp. 265-265(1)
Authors: Domone P.L.; Casson R.B.J.

Non destructive testing in evaluation of quality of concrete of a multistoried building in Dhaka City
pp. 265-265(1)
Authors: Kabir M.H.; Das M.K.

Low frequency ultrasonic probe for testing concrete structure
pp. 265-265(1)
Authors: Ohta K.; Watanabe T.; Jinzhong Y.; Daji T.; Henghui C.

Estimation of concrete strength in situ using nondestructive testing
pp. 265-265(1)
Authors: Di Maio A.A.; Traversa L.P.

Quantitative spectral analysis of the flaw detection in concrete
pp. 265-265(1)
Authors: Koo J.; Lee S.; Kim Y.; Lew H.S.

Measurement of crack depths in concrete
pp. 265-265(1)
Authors: Ogura Y.; Miyajima T.; Takishita T.; Ohtake K.; Akutsu Y.

A new answer to an old question: the non-destructive testing of concrete
pp. 265-266(2)
Author: Teodoru G.V.M.

Distribution of pulse velocity and sound pressure in mortar and concrete by ultrasonic test
pp. 266-266(1)
Authors: Hara T.; Ishii Y.; Yoshikawa S.

Experimental determination of the attenuation of an ultrasonic wave in concrete
pp. 266-266(1)
Authors: Kozlov V.N.; Shevaldykin V.G.; Yakovlev N.N.

Statistical study of principal parameters for pulse velocity and compressive strength of concrete
pp. 266-266(1)
Authors: Roy S.K.; Murthy C.K.; Krishnamurthy N.

Microprocessor application to concrete crack depth measurement
pp. 266-266(1)
Authors: Abdul-Amir A.N.; Abdul-Karim M.A.H.

Inspection of concrete by ultrasonic testing
pp. 266-266(1)
Author: Hillger W.

Concrete strength ultrasonic digital tester
pp. 266-266(1)
Authors: Al-Chlabi A.R.; Raouf W.Z.A.; Al-Tak H.H.; Abdul Karim M.A.H.

Indirect and non-destructive methods for assessing abrasion resistance of concrete
pp. 266-266(1)
Authors: Sadegzadeh M.; Kettle R.