Journal of Testing and Evaluation 1999: Vol 27 Index

9 Pages·1999·2.9 MB·English

Journal of Testing and Evaluation
Author Index
Volume 27, 1999
Briggs, B: see Sousa, JB, Prates, M, Bar- Du, ML and Chiang, FP: Observation of
Number Month of Issue Pages
ros, R, Langlois, P, Leclerc, AM, and the propagation of plastic strain in HSLA
Briggs, B 80 Steel, March, 85
January 1-84
March 85-176 Brown, WC: see Tonyan, TD, Moyer, KW, Duncan, PB: see La Van, DA, Duncan, PB,
May 177-247 and Brown, WC Zeng, H, and Sharpe, WN
July 249-306
September 307-354
November 357-439
Cc E
Cantwell, WJ: see Grant, PV and Cantwell, Eren, O, Marar, K., and Celik, T.: Effects
A Wi of silica fume and steel fibers on some me-
chanical properties of high-strength fiber-re-
Asundi, A: see Zhao, B and Asundi, A Carey, RF: see Herman, BA and Carey, RF
inforced concrete, Nov., 380
Carll, CG and Highley, TL: Decay of
wood and wood-based products above
ground in buildings, March, 150
B
Celik, M and Bilir, OG: Analysis of F
Baker, KH: see Lytle, CD and Baker, KH Stresses in Spur Gears by the Photoelastic Fendley, A, Marpet, MI, Medoff, H, and
Balasubramonian, S: see Pandian, NS and Coating Method, July, 266 Schutter, D: Repeatability and reproducibil-
Balasubramonian, S Celik, T.: see Eren, O, Marar, K., and Ce- ity in walkway-safety tribometry: abrasive-
Barclay, DW: see Chui, YH, Barclay, DW, lik, T. grit size in test-foot preparation, Jan., 76
and Cooper, PA Chen, Y: see Baskaran, A, Chen, Y, and Fenske, E: see He, Q, Bressers, J, Fenske,
Barros, R: see Sousa, JB, Prates, M, Bar- Vilaipornsawai, U E, and Decat, R
ros, R, Langlois, P, Leclerc, AM, and Chiang, FP: see Du, ML and Chiang, FP Flynn, J: see Powerss, CM, Kulig, K,
Briggs, B Flynn, J, and Brault, JR
Chuai, CT: see Tan, SA, Fwa, TF, and
Baskaran, A, Chen, Y, and Vilaiporn- Chuai, CT Frost, FF and Karri, V: Effect of heat
sawai, U: A new dynamic wind load cycle treatment on mechanical properties and
to evaluate mechanically attached flexible Chui, YH, Barclay, DW, and Cooper, surface roughness of aluminum Alloy 601,
membrane roofs, July, 249 PA: Evaluation of wood poles using a free July, 273
vibratiion technique, May, 191
Bayer, P, Notes, A, and Singher, L: Early Fwa, TF: see Tan, SA, Fwa, TF, and Chuai,
detection of fatigue damage through ultra- Chwirut, DJ: see Walsh, DL, Chwirut, DJ, CT
sonic non-destructive evaluation—Part I: and Kotz, RM
theory, Nov., 428 Close, D: see Singh, SP, Walker, R, and
Bayer, P, Singher, L, and Notea, A: Close, D
G
Early detection of fatigue damage through Colbert, JC: see Montemayor, RG, Roger-
ultrasonic non-destructive evaluation: part son, JE, Colbert, JC, and Schiller, SB Gassan, J: see Bledzki, AK, Gassan, J, and
II: experimental, Nov., 428 Kessler, A
Cooper, PA: see Chui, YH, Barclay, DW,
Bilir, OG: see Celik, M and Bilir, OG and Cooper, PA Ghosh, TK: Devlopment and Evaluation
of a Biaxial Tensile Tester for Fabrics,
Bledzki, AK, Gassan, J, and Kessler, A: Coyle, TW: see Sarrafi-Nour, GR and July, 282
Loss energy of composite materials. Part Coyle, TW
II: Impact loading, Jan., 36 Gil, CM, Lissenden, CJ, and Lerch, BA:
Yield of Inconel 718 by axial-torsional
Blessing, GV: see Slotwinski, JA and
loading at temperatures up to 649°C, Sept.,
Blessing, GV
D 327
Bossi, RH: Failure analysis using microfo-
Decat, R: see He, Q, Bressers, J, Fenske, E, Gil, CM: see Lissenden, CJ, Gil, CM, and
cus x-ray imaging, March, 137
and Decat, R Lerch, BA
Brault, JR: see Powerss, CM, Kulig, K,
Divinsky, M and Livneh, M.: Probabilis- Glaser, RA, Shulman, §S, and Klinger, P:
Flynn, J, and Brault, JR
tic model for the analysis of dynamic cone Data supporting a provisional American
Bressers, J: see He, Q, Bressers, J, Fenske, penetrometer test values in pavement Society for Testing and Materials (ASTM)
E, and Decat, R structure evaluation, Jan., 7 method for metalworking fluids, Part 2:
© 1999 by the American Society for Testing and Materials
445
446 JOURNAL OF TESTING AND EVALUATION
preliminary report of evaluation of a K McCowan, CN, Wang, CM, and
ternary solvent blend in a provisional Vigliotti, DP: Charpy impact verification
ASTM method for metalworking fluids (P- Karri, V: see Frost, FF and Karri, V data (1994-1996): a summary, March, 89
42-97), March, 131 Kessler, A: see Bledzki, AK, Gassan, J, Medoff, H: see Fendley, A, Marpet, MI,
Glaser, RA: Data supporting a provisional and Kessler, A Medoff, H, and Schutter, D
American Society for Testing and Materi- Klinger, P: see Glaser, RA, Shulman, S, Montemayor, RG: The effect of kine-
als (ASTM) method for metalworking flu- and Klinger, P matic viscosity on the flash point of liquids
ids, Part I: a solvent blend with wide-rang-
ing ability to dissolve metalworking fluids, Kolednik, O: see Riemelmoser, FO, Pip- determined by ASTM 93 Procedure A,
March, 171 pan, R, Weinhandl, H, and Kolednik, O ASTM D 93 Procedure B, and ASTM D
56, Nov., 388
Gong, Y and Norton, M: Cyclic response Komatsu, S: see Srinivasan, MN and Ko-
and fatigue of steels subjected to strain matsu, S Montemayor, RG, Rogerson, JE, Col-
bert, JC, and Schiller, SB: Reference ver-
control with non-zero means, Jan., 15 Kotz, RM: see Walsh, DL, Chwirut, DJ, ification fluids for flash point determina-
Goulias, DG and Ishati, I: Experimental and Kotz, RM tion, Nov., 423
system for simulating crack propagation in Kulig, K: see Powerss, CM, Kulig, K, Moyer, KW: see Tonyan, TD, Moyer, KW,
asphalt pavements and effectiveness of Flynn, J, and Brault, JR and Brown, WC
geosynthetics in crack retardation, March,
106
Grant, PV and Cantwell, WJ: A simple
catapult system for studying the small pro- L N
jectile impact resistance of various glass
Nakhata, T: see Leichti, RJ and Nakhata, T
laminates, May, 177 La Van, DA, Duncan, PB, Zeng, H, and
Gu, I: A CTOD approach to predicting Sharpe, WN: A new gripping technique Nayeb-Hashemi, H and Lin, H: General
crack extensions in aluminum alloys, for small metal specimens, May, 243 constitutive relations of anorthotropic
6061-T6 aluminum and its fatigue life un-
March, 143 Lagergren, ES: see Zarr, RR and Lager-
der proportional and non-proportional
gren, ES
loadings, Nov., 412
Langlois, P: see Sousa, JB, Prates, M, Bar-
Nikishkov, GP, Heerens, J, and Hell-
H ros, R, Langlois, P, Leclerc, AM, and mann, D: Comparison of finite element re-
Briggs, B
Harada, T and Noguchi, H: Ultrasonic sig- sults and experimental measurements of
nal-transmission techniques for compact mi- Leclerc, AM: see Sousa, JB, Prates, M, CTOD8&; in CT specimens, Sept., 307
crotunneling systems, March, 114 Barros, R, Langlois, P, Leclerc, AM, and Nikishkov, GP, Herrens, J, and Hell-
Briggs, B
Harada, T and Noguchi, H: Estimation mann, D: Effect of crack front curvature
with a Few Strain Gages of Stress Fields Leichti, RJ and Nakhata, T: The role of and side grooving on CTOD8; and J-inte-
near a Notch Root of Actual Structures Un- bearing plates in the five-point bending gral in CT and 3PB specimens, Sept., 312
der In-Plane Loading, March, 122 tests of structural-size lumber, May, 183 Noguchi, H: see Harada, T and Noguchi, H
He, Q, Bressers, J, Fenske, E, and Decat, Lerch, BA: Norton, M: see Gong, Y and Norton, M
R: Stress-strain behavior of a Fe-Ni-Cr al- see Gil, CM, Lissenden, CJ, and Lerch, BA
loy during in- and out-of-place synchro- see Lissenden, CJ, Gil, CM, and Lerch, BA Notea, A: see Bayer, P, Singher, L, and
nized thermal cycling and mechanical cy- Notea, A
Lin, H: see Nayeb-Hashemi, H and Lin, H
cling tests, Jan., 69
Notes, A: see Bayer, P, Notes, A, and
Linde, L: see Sandstrém, R and Linde, L
Heerens, J: see Nikishkov, GP, Heerens, J, Singher, L
and Hellmann, D Lissenden, CJ, Gil, CM, and Lerch, BA:
A methodology for determining rate-de-
Hellmann, D:
pendent flow surfaces for Inconel 718,
see Nikishkov, GP, Heerens, J, and Hell-
Nov., 402 O
mann, D
see Nikishkov, GP, Herrens, J, and Hell- Lissenden, CJ: see Gil, CM, Lissenden, CJ, Ostenson, JE: see Russsell, AM and Osten-
mann, D and Lerch, BA son, JE
Herman, BA and Carey, RF: Validation Livneh, M.: see Divinsky, M and Livneh,
of a corona discharge technique to test M.
male latex condoms for pinhole defects,
Jan., 3 Lytle, CD and Baker, KH: Ability of a vi- P
ral penetration test (ASTM F1671-95) to
Herrens, J: see Nikishkov, GP, Herrens, J, detect small holes, May, 231 Pandian, NS, Sridharan, A, and Raju, PS:
and Hellmann, D California bearing ratio test simplied, Jan., 72
Highley, TL: see Carll, CG and Highley, Pandian, NS and Balasubramonian, S:
TL Permeability and consolidation behavior of
M fly ashes, Sept., 337
Marar, K.: see Eren, O, Marar, K., and Celik, Pellicane, PJ: Modeling considerations in
7. wood-related research, Jan., 63
Marpet, MI: see Fendley, A, Marpet, MI, Pellicane, PJ and Robinson, G: Effect of
Ishati, I: see Goulias, DG and Ishati, I Medoff, H, and Schutter, D construction adhesive and joist variability
AUTHOR INDEX 447
on the deflection behavior of industrial S T
wood floors, May, 234
Sandstrém: Extrapolation of creep strain Tan, SA, Fwa, TF, and Chuai, CT: Auto-
Piascik, RS: see Riddell, WT and Piascik, data for pure copper, Jan., 31 matic field permeameter for drainage proper-
RS ties of porous asphalt mixes, Jan., 57
Sandstrém, R and Linde, L: Precision in
Pippan, R: see Riemelmoser, FO, Pippan, the extrapolation of creep rupture data, Tonyan, TD, Moyer, KW, and Brown,
R, Weinhandl, H, and Kolednik, O May, 203 WC: Water management and moisture
transport in direct-applied and EIFS wall
Powell, BE: see Zheng, J and Powell, BE Sarrafi-Nour, GR and Coyle, TW: On the assemblies, May, 219
Powerss, CM, Kulig, K, Flynn, J, and application of the indirect compliance mea-
Brault, JR: Repeatability and bias of two surement technique to flexure specimens
walkway safety tribometers, Nov., 368 containing a chevron notch, Nov., 366 V
Schiller, SB: see Montemayor, RG, Roger-
Prates, M: see Sousa, JB, Prates, M, Bar-
son, JE, Colbert, JC, and Schiller, SB Vigliotti, DP: see McCowan, CN, Wang,
ros, R, Langlois, P, Leclerc, AM, and
CM, and Vigliotti, DP
Briggs, B Schra, L and Wanhill, RJH: Further
evaluation of automated stress corrosion Vilaipornsawai, U: see Baskaran, A, Chen,
ring (ASCOR) testing of aluminum alloys, Y, and Vilaipornsawai, U
May, 196
R
Schutter, D: see Fendley, A, Marpet, MI,
Raju, PS: see Pandian, NS, Sridharan, A, and Medoff, H, and Schutter, D WwW
Raju, PS
Sharpe, WN: see La Van, DA, Duncan, Walker, R: see Singh, SP, Walker, R, and
Ramadan, J: see Ramsamooj, DV and Ra- PB, Zeng, H, and Sharpe, WN Close, D
madan, J
Shulman, S: see Glaser, RA, Shulman, S, Walsh, DL, Chwirut, DJ, and Kotz, RM:
Ramakrishnan, N: see Suresh, RKV, Ra- and Klinger, P Environmental degradation of natural rub-
makrishnan, N, Srinivas, M, and Ramarao,
P Singh, SP, Walker, R, and Close, D: ber latex gloves: the effects of elevated
Comparison of returnable paper and plastic temperature on tensile strength, Nov., 396
Ramarao, P: see Suresh, RKV , Ramakrish- corrugated packaging trays for the United Wang, CM: see McCowan, CN, Wang,
nan, N, Srinivas, M, and Ramarao, P States Postal Service, July, 296 CM, and Vigliotti, DP
Ramsamooj, DV and Ramadan, J: Pre- Singh, SP: Instability of stacked pallet Wanhill, RJH: see Schra, L and Wanhill,
diction of permanent deformation of as- loads due to misalignment, Sept., 349 RJH
phalt concrete in cyclic and monotonic
loading, Sept., 320 Singher, L: Weinhandl, H: see Riemelmoser, FO, Pip-
see Bayer, P, Notes, A, and Singher, L pan, R, Weinhandl, H, and Kolednik, O
Ramsamooj, DV: Prediction of fatigue see Bayer, P, Singher, L, and Notea, A
performance of asphalt concrete mixes,
Sept., 343 Slotwinski, JA and Blessing, GV: Ultra-
sonic measurement of the dynamic elastic Y
Riddell, WT and Piascik, RS: A back- moduli of small metal samples, March,
faced strain compliance expression for the 164 Yarosh, KF: EFIS sealant joint restcration,
compact tension specimen, March, 167 March, 159
Sousa, JB, Prates, M, Barros, R, Lan-
Riemelmoser, FO, Pippan, R, Wein- glois, P, Leclerc, AM, and Briggs, B: Ef-
handl, H, and Kolednik, O: The influence fect of asphalt mix design method on
of irregularities in the crack shape on the binder and gradation selection, Jan., 47 Z
crack extension measurement by means of
the direct-current-potential-drop method, Sridharan, A: see Pandian, NS, Sridharan, Zarr, RR and Lagergren, ES: Interlabora-
Jan., 42 A, and Raju, PS tory “pilot run” study of small heat-flow-me-
Robinson, G: see Pellicane, PJ and Robin- Srinivas, M: see Suresh, RK V, Ramakrish- ter apparatus for ASTM C 518, Nov., 357
son, G nan, N, Srinivas, M, and Ramarao, P Zeng, H: see La Van, DA, Duncan, PB,
Zeng, H, and Sharpe, WN
Rogerson, JE: see Montemayor, RG, Srinivasan, MN and Komatsu, S: Effect
Rogerson, JE, Colbert, JC, and Schiller, of austempering variables on the quasi- Zhao, B and Asundi, A: Evaluating the
SB static and dynamic fracture toughness of quality of a mechanical testing system us-
austempered ductile iron, March, 100 ing displacement field contours, July, 290
Russsell, AM and Ostenson, JE: A low-
temperature modification to the Charpy Suresh, RKV, Ramakrishnan, N, Srini- Zheng, J and Powell, BE: A method to
Impact Test, with an example study of the vas, M, and Ramarao, P: On the determi- determine the transition point of fatigue
fracture toughness of Mg-12%Li between nation of JIC using the stretch zone width crack growth rate from nearAK,, to Paris
4.2 to 77 K, July, 301 method, May, 211 regions, July, 304
448
Journal of Testing and Evaluation
Subject Index
Volume 27, 1999
A B Charpy V-notch
Charpy impact verification data (1994-1996):
Abrasion Back-faced strain
a summary (McCowan, CN, Wang, CM, and
Effects of silica fume and steel fibers on some A back-faced strain compliance expression
Vigliotti, DP), March, 89
mechanical properties of high-strength fiber- for the compact tension specimen (Riddell,
reinforced concrete (Eren, O, Marar, K., and WT and Piascik, RS), March, 167 Chevron-notched specimen
Celik, T.), Nov., 380 On the application of the indirect compliance
Barrier test
measurement technique to flexure specimens
Abrasive-grit size Ability of a viral penetration test (ASTM
containing a chevron notch (Sarrafi-Nour,
Repeatability and reproducibility in walk- F1671-95) to detect small holes (Lytle, CD
GR and Coyle, TW), Nov., 366
way-safety tribometry: abrasive-grit size in and Baker, KH), May, 231
test-foot preparation (Fendley, A, Marpet, Chlorination
Bearing plates
MI, Medoff, H, and Schutter, D), Jan., 76 Environmental degradation of natural rubber
The role of bearing plates in the five-point
latex gloves: the effects of elevated tempera-
Aeronautics bending tests of structural-size lumber (Le-
ture on tensile strength (Walsh, DL, Chwirut,
A methodology for determining rate-depen- ichti, RJ and Nakhata, T), May, 183
DJ, and Kotz, RM), Nov., 396
dent flow surfaces for Inconel 718 (Lis-
Biaxial force
senden, CJ, Gil, CM, and Lerch, BA), Nov., Compact specimen
Devlopment and Evaluation of a Biaxial Ten-
402 Comparison of finite element results and ex-
sile Tester for Fabrics (Ghosh, TK), July, 282
perimental measurements of CTOD8; in CT
Alloy
Biaxial testing specimens (Nikishkov, GP, Heerens, J, and
A low-temperature modification to the
Devlopment and Evaluation of a Biaxial Ten- Hellmann, D), Sept., 307
Charpy Impact Test, with an example study
sile Tester for Fabrics (Ghosh, TK), July, 282
of the fracture toughness of Mg-12%Li be- Composite materials
tween 4.2 to 77 K (Russsell, AM and Osten- Binder selection Loss energy of composite materials. Part II:
son, JE), July, 301 Effect of asphalt mix design method on Impact loading (Bledzki, AK, Gassan, J, and
binder and gradation selection (Sousa, JB, Kessler, A), Jan., 36
Alloys
Prates, M, Barros, R, Langlois, P, Leclerc,
Further evaluation of automated stress corro- Compression
AM, and Briggs, B), Jan., 47
sion ring (ASCOR) testing of aluminum al- Instability of stacked pallet loads due to mis-
loys (Schra, L and Wanhill, RJH), May, 196 Biological hazard alignment (Singh, SP), Sept., 349
Ability of a viral penetration test (ASTM
Aluminum F1671-95) to detect small holes (Lytle, CD Compression stress
Effect of heat treatment on mechanical prop- and Baker, KH), May, 231 The role of bearing plates in the five-point
erties and surface roughness of aluminum Al- bending tests of structural-size lumber (Le-
loy 601 (Frost, FF and Karri, V), July, 273 Buildings ichti, RJ and Nakhata, T), May, 183
Decay of wood and wood-based products
Asphalt concrete above ground in buildings (Carll, CG and Condoms
Prediction of fatigue performance of asphalt Highley, TL), March, 150 Validation of a corona discharge technique to
concrete mixes (Ramsamooj, DV), Sept., test male latex condoms for pinhole defects
343 (Herman, BA and Carey, RF), Jan., 3
Prediction of permanent deformation of as-
phalt concrete in cyclic and monotonic load- Cc Consolidation
Permeability and consolidation behavior of
ing (Ramsamooj, DV and Ramadan, J), Sept., Catapult fly ashes (Pandian, NS and Balasubramonian,
320 A simple catapult system for studying the S), Sept., 337
Asphalt mixes small projectile impact resistance of various
Automatic field permeameter for drainage glass laminates (Grant, PV and Cantwell, Corrosion
properties of porous asphalt mixes (Tan, SA, WJ), May, 177 Further evaluation of automated stress corro-
sion ring (ASCOR) testing of aluminum al-
Fwa, TF, and Chuai, CT), Jan., 57 CBR test loys (Schra, L and Wanhill, RJH), May, 196
Austempering time California bearing ratio test simplied (Pan-
Effect of austempering variables on the dian, NS, Sridharan, A, and Raju, PS), Jan., Corrugated paper
quasi-static and dynamic fracture toughness 72 Comparison of returnable paper and plastic
of austempered ductile iron (Srinivasan, MN corrugated packaging trays for the United
Charpy test
and Komatsu, S), March, 100 States Postal Service (Singh, SP, Walker, R,
A low-temperature modification to the
and Close, D), July, 296
Automatic field permeameter Charpy Impact Test, with an example study
Automatic field permeameter for drainage of the fracture toughness of Mg-12%Li be- Corrugated plastic
properties of porous asphalt mixes (Tan, SA, tween 4.2 to 77 K (Russsell, AM and Osten- Comparison of returnable paper and plastic
Fwa, TF, and Chuai, CT), Jan., 57 son, JE), July, 301 corrugated packaging trays for the United
© 1999 by the American Society for Testing and Materials
449
450 JOURNAL OF TESTING AND EVALUATION
States Postal Service (Singh, SP, Walker, R, Direct current potential drop Fiberboard
and Close, D), July, 296 The influence of irregularities in the crack Instability of stacked pallet loads due to mis-
shape on the crack extension measurement by alignment (Singh, SP), Sept., 349
Crack length
means of the direct-current-potential-drop
A back-faced strain compliance expression Fine-grained soils
method (Riemelmoser, FO, Pippan, R, Wein-
for the compact tension specimen (Riddell, California bearing ratio test simplied (Pan-
handl, H, and Kolednik, O), Jan., 42
WT and Piascik, RS), March, 167 dian, NS, Sridharan, A, and Raju, PS), Jan., 72
Displacement contour
Crack propagation Finite element
Evaluating the quality of a mechanical testing
A CTOD approach to predicting crack exten- Comparison of finite element results and ex-
system using displacement field contours
sions in aluminum alloys (Gu, 1), March, 143 perimental measurements of CTOD8s; in CT
(Zhao, B and Asundi, A), July, 290
specimens (Nikishkov, GP, Heerens, J, and
Crack retardation
Displacement field Hellmann, D), Sept., 307
Experimental system for simulating crack
Evaluating the quality of am echanical testing
propagation in asphalt pavements and effec- system using displacement field contours Effect of crack front curvature and side
tiveness of geosynthetics in crack retardation
(Zhao, B and Asundi, A), July, 290 grooving on CTOD 8s and J-integral in CT
(Goulias, DG and Ishati, 1), March, 106
and 3PB specimens (Nikishkov, GP, Herrens,
Crack shape J, and Hellmann, D), Sept., 312
The influence of irregularities in the crack E
On the determination of JIC using the stretch
shape on the crack extension measurement by
means of the direct-current-potential-drop EIFS zone width method (Suresh, RKV, Ramakr-
method (Riemelmoser, FO, Pippan, R, Wein- EFIS sealant joint restoration (Yarosh, KF), ishnan, N, Srinivas, M, and Ramarao, P),
handl, H, and Kolednik, O), Jan., 42 March, 159 May, 211
Cracking Elastic-plastic Flash point
Prediction of permanent deformation of as- A CTOD approach to predicting crack exten- The effect of kinematic viscosity on the flash
phalt concrete in cyclic and monotonic load- sions in aluminum alloys (Gu, 1), March, 143 point of liquids determined by ASTM 93 Pro-
ing (Ramsamooj, DV and Ramadan, J), Sept., Extrapolation cedure A, ASTM D 93 Procedure B, and
320 Extrapolation of creep strain data for pure ASTM D 56 (Montemayor, RG), Nov., 388
copper (Sandstrém), Jan., 31
Creep Flocculation
Precision in the extrapolation of creep rup- Precision in the extrapolation of creep rup- Permeability and consolidation behavior of
ture data (Sandstrém, R and Linde, L), May, ture data (Sandstrém, R and Linde, L), May, fly ashes (Pandian, NS and Balasubramonian,
203 203 S), Sept., 337
Creep rupture Floor systems
Extrapolation of creep strain data for pure F Effect of construction adhesive and joist vari-
copper (Sandstrém), Jan., 31 ability on the deflection behavior of indus-
Creep strain Failure analysis trial wood floors (Pellicane, PJ and Robin-
Extrapolation of creep strain data for pure Failure analysis using microfocus x-ray son, G), May, 234
copper (Sandstrém), Jan., 31 imaging (Bossi, RH), March, 137 Flow surfaces
CTOD Fatigue A methodology for determining rate-depen-
Comparison of finite element resuits and ex- Prediction of fatigue performance of asphalt dent flow surfaces for Inconel 718 (Lis-
perimental measurements of CTOD8s; in CT concrete mixes (Ramsamooj, DV), Sept., 343 senden, CJ, Gil, CM, and Lerch, BA), Nov.,
specimens (Nikishkov, GP, Heerens, J, and Fatigue crack growth 402
Hellmann, D), Sept., 307 A method to determine the transition point of Feod and Drug Administration
Effect of crack front curvature and side fatigue crack growth rate from nearAK,, to Validation of a corona discharge technique to
grooving on CTOD 6s and J-integral in CT Paris regions (Zheng, J and Powell, BE), test male latex condoms for pinhole defects
and 3PB specimens (Nikishkov, GP, Herrens, July, 304 (Herman, BA and Carey, RF), Jan., 3
J, and Hellmann, D), Sept., 312 Fatigue damage Force plate
Cyclic loading Early detection of fatigue damage through ul- Repeatability and bias of two walkway safety
General constitutive relations of anortho- trasonic non-destructive evaluation—Part I: tribometers (Powerss, CM, Kulig, K, Flynn,
tropic 6061-T6 aluminum and its fatigue life theory (Bayer, P, Notes, A, and Singher, L), J, and Brault, JR), Nov., 368
under proportional and non-proportional Nov., 428
Fracture
loadings (Nayeb-Hashemi, H and Lin, H), Fatigue life On the application of the indirect compliance
Nov., 412 General constitutive relations of anortho- measurement technique to flexure specimens
tropic 6061-T6 aluminum and its fatigue life
containing a chevron notch (Sarrafi-Nour,
under proportional and non-proportional
GR and Coyle, TW), Nov., 366
D loadings (Nayeb-Hashemi, H and Lin, H),
Nov., 412 Fracture behavior
Damage assessment
Prediction of fatigue performance of asphalt
Early detection of fatigue damage through ul- Fatigue life distribution
concrete mixes (Ramsamooj, DV), Sept., 343
trasonic non-destructive evaluation: part II: Cyclic response and fatigue of steels sub-
experimental (Bayer, P, Singher, L, and jected to strain control with non-zero means Fracture mechanics
Notea, A), Nov., 428 (Gong, Y and Norton, M), Jan., 15 A CTOD approach to predicting crack exten-
sions in aluminum alloys (Gu, 1), March, 143
Damping behavior Fiber treatment
Loss energy of composite materials. Part II: Loss energy of composite materials. Part II: Fracture toughness
Impact loading (Bledzki, AK, Gassan, J, and Impact loading (Bledzki, AK, Gassan, J, and A low-temperature modification to the
Kessler, A), Jan., 36 Kessler, A), Jan., 36 Charpy Impact Test, with an example study
SUBJECT INDEX 451
of the fracture toughness of Mg-12%Li be- N-undecane
tween 4.2 to 77 K (Russsell, AM and Osten- Reference verification fluids for flash point
Joists
son, JE), July, 301 determination (Montemayor, RG, Rogerson,
Effect of construction adhesive and joist vari-
JE, Colbert, JC, and Schiller, SB), Nov., 423
Effect of austempering variables on the ability on the deflection behavior of indus-
quasi-static and dynamic fracture toughness trial wood floors (Pellicane, PJ and Robin- Nonlinear
of austempered ductile iron (Srinivasan, MN son, G), May, 234 Modeling considerations in wood-related re-
and Komatsu, S), March, 100 search (Pellicane, PJ), Jan., 63
Fungi K
Decay of wood and wood-based products
above ground in buildings (Carll, CG and Kinematic viscosity O
The effect of kinematic viscosity on the flash
Highley, TL), March, 150 point of liquids determined by ASTM 93 Pro- Offset yield loci
cedure A, ASTM D 93 Procedure B, and Yield of Inconel 718 by axial-torsional load-
ASTM D 56 (Montemayor, RG), Nov., 388 ing at temperatures up to 649°C (Gil, CM,
Lissenden, CJ, and Lerch, BA), Sept., 327
G
Out-of-phase cycling
Glass fiber L
Stress-strain behavior of aF e-Ni-Cr alloy dur-
Interiaboratory “pilot run” study of small
Laminates ing in- and out-of-place synchronized thermal
heat-flow-meter apparatus for ASTM C 518
A simple catapult system for studying the cycling and mechanical cycling tests (He, Q,
(Zarr, RR and Lagergren, ES), Nov., 357
small projectile impact resistance of various Bressers, J, Fenske, E, and Decat, R), Jan., 69
Gloves glass laminates (Grant, PV and Cantwell,
Environmental degradation of natural rubber WJ), May, 177
latex gloves: the effects of elevated tempera-
Latex P
ture on tensile strength (Walsh, DL, Chwirut, Validation of a corona discharge technique to
DJ, and Kotz, RM), Nov., 396 test male latex condoms for pinhole defects Pallet stacks
Gripping (Herman, BA and Carey, RF), Jan., 3 Instability of stacked pallet loads due to mis-
alignment (Singh, SP), Sept., 349
A new gripping technique for small metal Load displacement
specimens (La Van, DA, Duncan, PB, Zeng, On the application of the indirect compliance Pavement rutting
H, and Sharpe, WN), May, 243 measurement technique to flexure specimens Experimental system for simulating crack
containing a chevron notch (Sarrafi-Nour, propagation in asphalt pavements and effec-
GR and Coyle, TW), Nov., 366 tiveness of geosynthetics in crack retardation
(Goulias, DG and Ishati, 1), March, 106
H
Pavements
Heat treatment M
Probabilistic model for the analysis of dy-
Effect of heat treatment on mechanical prop- Manufacturing namic cone penetrometer test values in pave-
erties and surface roughness of aluminum Al- Effect of heat treatment on mechanical prop- ment structure evaluation (Divinsky, M and
loy 601 (Frost, FF and Karri, V), July, 273 erties and surface roughness of aluminum Al- Livneh, M.), Jan., 7
loy 601 (Frost, FF and Karri, V), July, 273
High strength concretes Pendulum machines
Effects of silica fume and steel fibers on some Metal specimens Charpy impact verification data (1994-1996):
mechanical properties of high-strength fiber- A new gripping technique for small metal a summary (McCowan, CN, Wang, CM, and
reinforced concrete (Eren, O, Marar, K., and specimens (La Van, DA, Duncan, PB, Zeng, Vigliotti, DP), March, 89
Celik, T.), Nov., 380 H, and Sharpe, WN), May, 243
Penetrometers
Microfocus Probabilistic model for the analysis of dy-
Failure analysis using microfocus x-ray namic cone penetrometer test values in pave-
imaging (Bossi, RH), March, 137
ment structure evaluation (Divinsky, M and
Impact resistance Modeling Livneh, M.), Jan., 7
Effects of silica fume and steel fibers on some Modeling considerations in wood-related re- Pensky-Martens flash point
mechanical properties of high-strength fiber- search (Pellicane, PJ), Jan., 63 The effect of kinematic viscosity on the flash
reinforced concrete (Eren, O, Marar, K., and Moire method point of liquids determined by ASTM 93 Pro-
Celik, T.), Nov., 380 Observation of the propagation of plastic cedure A, ASTM D 93 Procedure B, and
strain in HSLA 80 Steel (Du, ML and Chiang, ASTM D 56 (Montemayor, RG), Nov., 388
Impact testing
FP), March, 85
Charpy impact verification data (1994-1996): Permeability
a summary (McCowan, CN, Wang, CM, and Moisture content Permeability and consolidation behavior of
Vigliotti, DP), March, 89 Water management and moisture transport in fly ashes (Pandian, NS and Balasubramonian,
direct-applied and EIFS wall assemblies S), Sept., 337
Inconel 718
(Tonyan, TD, Moyer, KW, and Brown, WC),
Yield of Inconel 718 by axial-torsional load- May, 219 Photoelastic coating
ing at temperatures up to 649°C (Gil, CM, Analysis of Stresses in Spur Gears by the
Lissenden, CJ, and Lerch, BA), Sept., 327 Photoelastic Coating Method (Celik, M and
N Bilir, OG), July, 266
Inelastic flow
A methodology for determining rate-depen- N-decane Plastic
dent flow surfaces for Inconel 718 (Lis- Reference verification fluids for flash point Observation of the propagation of plastic
senden, CJ, Gil, CM, and Lerch, BA), Nov., determination (Montemayor, RG, Rogerson, strain in HSLA 80 Steel (Du, ML and Chiang,
402 JE, Colbert, JC, and Schiller, SB), Nov., 423 FP), March, 85
452 JOURNAL OF TESTING AND EVALUATION
Plastic deformation R liminary report of evaluation of a ternary sol-
General constitutive relations of anortho- vent blend in a provisional ASTM method for
Reflective cracking
tropic 6061-T6 aluminum and its fatigue life metalworking fluids (P-42-97) (Glaser, RA,
Experimental system for simulating crack
under proportional and non-proportional Shulman, S, and Klinger, P), March, 131
propagation in asphalt pavements and effec-
loadings (Nayeb-Hashemi, H and Lin, H),
tiveness of geosynthetics in crack retardation Spur gears
Nov., 412 (Goulias, DG and Ishati, I), March, 106 Analysis of Stresses in Spur Gears by the
Plastic propagation Research Photoelastic Coating Method (Celik, M and
Observation of the propagation of plastic Modeling considerations in wood-related re- Bilir, OG), July, 266
strain in HSLA 80 Steel (Du, ML and Chiang, search (Pellicane, PJ), Jan., 63 Static testing
FP), March, 85 A new dynamic wind load cycle to evaluate
Restoration
Poisson’s ratio EFIS sealant joint restoration (Yarosh, KF), mechanically attached flexible membrane
Ultrasonic measurement of the dynamic elas- March, 159 roofs (Baskaran, A, Chen, Y, and Vilaiporn-
tic moduli of small metal samples (Slotwin- sawai, U), July, 249
ski, JA and Blessing, GV), March, 164 Roofing membrane
A new dynamic wind load cycle to evaluate Steel weldments
Polariscope mechanically attached flexible membrane A new gripping technique for small metal
Analysis of Stresses in Spur Gears by the roofs (Baskaran, A, Chen, Y, and Vilaiporn- specimens (La Van, DA, Duncan, PB, Zeng,
Photoelastic Coating Method (Celik, M and sawai, U), July, 249 H, and Sharpe, WN), May, 243
Bilir, OG), July, 266 Rubber latex Steels
Porous asphalt mixes Environmental degradation of natural rubber Cyclic response and fatigue of steels sub-
Automatic field permeameter for drainage latex gloves: the effects of elevated tempera- jected to strain control with non-zero means
properties of porous asphalt mixes (Tan, SA, ture on tensile strength (Walsh, DL, Chwirut, (Gong, Y and Norton, M), Jan., 15
Fwa, TF, and Chuai, CT), Jan., 57 DJ, and Kotz, RM), Nov., 396
Strain gage
Postal trays Rutting Estimation with a Few Strain Gages of Stress
Comparison of returnable paper and plastic Prediction of permanent deformation of as- Fields near a Notch Root of Actual Structures
corrugated packaging trays for the United phalt concrete in cyclic and monotonic load- Under In-Plane Loading (Harada, T and
States Postal Service (Singh, SP, Walker, R, ing (Ramsamooj, DV and Ramadan, J), Sept., Noguchi, H), March, 122
and Close, D), July, 296 320
Strain-controlled fatigue
Potential-drop method Cyclic response and fatigue of steels sub-
The influence of irregularities in the crack jected to strain control with non-zero means
shape on the crack extension measurement by S (Gong, Y and Norton, M), Jan., 15
means of the direct-current-potential-drop
Shear stress Stress
method (Riemelmoser, FO, Pippan, R, Wein-
The role of bearing plates in the five-point Further evaluation of automated stress corro-
handl, H, and Kolednik, O), Jan., 42
bending tests of structural-size lumber (Le- sion ring (ASCOR) testing of aluminum al-
Proctor mold ichti, RJ and Nakhata, T), May, 183 loys (Schra, L and Wanhill, RJH), May, 196
California bearing ratio test simplied (Pan-
dian, NS, SridharaA,n ,an d RajPS),u Ja,n., 72 Sheathing Ultrasonic signal-transmission techniques for
Decay of wood and wood-based products compact microtunneling systems (Harada, T
Projectile above ground in buildings (Carll, CG and and Noguchi, H), March, 114
A simple catapult system for studying the Highley, TL), March, 150
small projectile impact resistance of various Stress analysis
gWlJa)s,s Mlaaym,i na1t7e7s (Grant, PV and Cantwell, SWahteeart hmiannga gmeemmenbtr ananed moisture transport in EFisetlidmsa tnieoanr wa iNtho tca hF eRwo otS troafi nA cGtuaagle sS torfu cStturreesss
direct-applied and EIFS wall assemblies
Under In-Plane Loading (Harada, T and
Protective clothing (Tonyan, TD, Moyer, KW, and Brown, WC), Noguchi, H), March, 122
Ability of a viral penetration test (ASTM May, 219
F1671-95) to detect small holes (Lytle, CD Silicone Ultrasonic signal-transmission techniques for
and Baker, KH), May, 231 EFIS sealant joint restoration (Yarosh, KF), compact microtunneling systems (Harada, T
and Noguchi, H), March, 114
March, 159
Provisional ASTM method
Stress concentration
Data supporting a provisional American So- Slip resistance
Estimation with a Few Strain Gages of Stress
ciety for Testing and Materials (ASTM) Repeatability and bias of two walkway safety
Fields near a Notch Root of Actual Structures
method for metalworking fluids, Part 2: pre- tribometers (Powerss, CM, Kulig, K, Flynn,
Under In-Plane Loading (Harada, T and
liminary report of evaluation of a ternary J, and Brault, JR), Nov., 368
Noguchi, H), March, 122
solvent blend in a provisional ASTM me-
Solubility studies
thod for metalworking fluids (P-42-97) Data supporting a provisional American So- Ultrasonic signal-transmission techniques for
(Glaser, RA, Shulman, S, and Klinger, P), ciety for Testing and Materials (ASTM) compact microtunneling systems (Harada, T
March, 131 method for metalworking fluids, Part I: a sol- and Noguchi, H), March, 114
Provisional standards vent blend with wide-ranging ability to dis- Stress grading
Data supporting a provisional American So- solve metalworking fluids (Glaser, RA), Evaluation of wood poles using a free vi-
ciety for Testing and Materials (ASTM) March, 17] bratiion technique (Chui, YH, Barclay, DW,
method for metalworking fluids, Part I: a sol- Spiking study and Cooper, PA), May, 191
vent blend with wide-ranging ability to dis- Data supporting a provisional American So- Stress-strain behavior
solve metalworking fluids (Glaser, RA), ciety for Testing and Materials (ASTM) Stress-strain behavior of a Fe-Ni-Cr alloy
March, 171 method for metalworking fluids, Part 2: pre- during in- and out-of-place synchronized
SUBJECT INDEX 453
thermal cycling and mechanical cycling tests Test-foot preparation Early detection of fatigue damage through ul-
(He, Q, Bressers, J, Fenske, E, and Decat, R), Repeatability and reproducibility in walk- trasonic non-destructive evaluation: part II:
Jan., 69 way-safety tribometry: abrasive-grit size in experimental (Bayer, P, Singher, L, and
test-foot preparation (Fendley, A, Marpet, Notea, A), Nov., 428
Stretch zone
MI, Medoff, H, and Schutter, D), Jan., 76
On the determination of JIC using the stretch Verification fluids
zone width method (Suresh, RKV, Ramakr- Testing characteristics Reference verification fluids for flash point
ishnan, N, Srinivas, M, and Ramarao, P), Probabilistic model for the analysis of dy- determination (Montemayor, RG, Rogerson,
May, 211 namic cone penetrometer test values in pave- JE, Colbert, JC, and Schiller, SB), Nov., 423
ment structure evaluation (Divinsky, M and
Stretch zone width Livneh, M.), Jan., 7 Vibration test
On the determination of JIC using the stretch Evaluation of wood poles using a free vi-
zone width method (Suresh, RKV, Ramakr- Thermal conductivity bratiion technique (Chui, YH, Barclay, DW,
Interlaboratory “pilot run” study of small
ishnan, N, Srinivas, M, and Ramarao, P), and Cooper, PA), May, 191
heat-flow-meter apparatus for ASTM C 518
May, 211
(Zarr, RR and Lagergren, ES), Nov., 357 Visualization
Superalloy Evaluating the quality of am echanical testing
Thermal insulation
Yield of Inconel 718 by axial-torsional load- system using displacement field contours
Interlaboratory “pilot run” study of small
ing at temperatures up to 649°C (Gil, CM, (Zhao, B and Asundi, A), July, 290
heat-flow-meter apparatus for ASTM C 518
Lissenden, CJ, and Lerch, BA), Sept., 327 (Zarr, RR and Lagergren, ES), Nov., 357 Volumetric design
Superpave Thermomechanical superposition Effect of asphalt mix design method on
Effect of asphalt mix design method on Stress-strain behavior of a Fe-Ni-Cr alloy binder and gradation selection (Sousa, JB,
binder and gradation selection (Sousa, JB, during in- and out-of-place synchronized Prates, M, Barros, R, Langlois, P, Leclerc,
Prates, M, Barros, R, Langlois, P, Leclerc, thermal cycling and mechanical cycling tests AM, and Briggs, B), Jan., 47
AM, and Briggs, B), Jan., 47 (He, Q, Bressers, J, Fenske, E, and Decat, R),
Jan., 69
Threshold value Ww
T A method to determine the transition point of
fatigue crack growth rate from nearAK,, to Walkway safety
Temperature Paris regions (Zheng, J and Powell, BE), Repeatability and bias of two walkway safety
Effect of austempering variables on the July, 304 tribometers (Powerss, CM, Kulig, K, Flynn,
quasi-static and dynamic fracture toughness J, and Brault, JR), Nov., 368
Transition point
of austempered ductile iron (Srinivasan, MN A method to determine the transition point of Repeatability and reproducibility in walk-
way-safety tribometry: abrasive-grit size in
and Komatsu, S$), March, 100 fatigue crack growth rate from nearAK,y, to
test-foot preparation (Fendley, A, Marpet,
Precision in the extrapolation of creep rup- Paris regions (Zheng, J and Powell, BE), MI, Medoff, H, and Schutter, D), Jan., 76
July, 304
ture data (Sandstrém. R and Linde, L), May,
Wind uplift
203
A new dynamic wind load cycle to evaluate
Tensile behavior U mechanically attached flexible membrane
Devlopment and Evaluation of a Biaxial Ten- Ultrasonic examinations roofs (Baskaran, A, Chen, Y, and Vilaiporn-
sile Tester for Fabrics (Ghosh, TK), July, 282 Early detection of fatigue damage through ul- sawai, U), July, 249
Tension specimen trasonic non-destructive evaluation—Part I: Wood
A back-faced strain compliance expression theory (Bayer, P, Notes, A, and Singher, L), Effect of construction adhesive and joist vari-
for the compact tension specimen (Riddell, Nov., 428 ability on the deflection behavior of indus-
Early detection of fatigue damage through ul- trial wood floors (Pellicane, PJ and Robin-
WT and Piascik, RS), March, 167
trasonic non-destructive evaluation: part II: son, G), May, 234
Effect of crack front curvature and side experimental (Bayer, P, Singher, L, and
grooving on CTOD 4s and J-integral in CT Notea, A), Nov., 428 Wood poles
Evaluation of wood poles using a free vi-
and 3PB specimens (Nikishkov, GP, Herrens, Ultrasonics bratiion technique (Chui, YH, Barclay, DW,
J, and Hellmann, D), Sept., 312 Ultrasonic measurement of the dynamic elas- and Cooper, PA), May, 191
tic moduli of small metal samples (Slotwin-
Ternary solvent blend
ski, JA and Blessing, GV), March, 164
Data supporting a provisional American So-
ciety for Testing and Materials (ASTM)
X
method for metalworking fluids, Part 2: pre- V
liminary report of evaluation of a ternary X-ray imaging
solvent blend in a provisional ASTM Vapor permeance Failure analysis using microfocus x-ray
method for metalworking fluids (P-42-97) Water management and moisture transport in imaging (Bossi, RH), March, 137
(Glaser, RA, Shulman, S, and Klinger, P), direct-applied and EIFS wall assemblies
March, 131 (Tonyan, TD, Moyer, KW, and Brown, WC),
Data supporting a provisional American So- May, 219 yY
ciety for Testing and Materials (ASTM) Velocity measurements
method for metalworking fluids, Part I: a sol- Early detection of fatigue damage through ul- Young’s modulus
vent blend with wide-ranging ability to dis- trasonic non-destructive evaluation—Part I: Ultrasonic measurement of the dynamic elas-
solve metalworking fluids (Glaser, RA), theory (Bayer, P, Notes, A, and Singher, L), tic moduli of small metal samples (Slotwin-
March, 171 Nov., 428 ski, JA and Blessing, GV), March, 164