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Effect of Truck Weight on Bridge Network Costs (2003)

Chapter: Selected Bibliography

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Suggested Citation:"Selected Bibliography." National Academies of Sciences, Engineering, and Medicine. 2003. Effect of Truck Weight on Bridge Network Costs. Washington, DC: The National Academies Press. doi: 10.17226/21956.
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Suggested Citation:"Selected Bibliography." National Academies of Sciences, Engineering, and Medicine. 2003. Effect of Truck Weight on Bridge Network Costs. Washington, DC: The National Academies Press. doi: 10.17226/21956.
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Suggested Citation:"Selected Bibliography." National Academies of Sciences, Engineering, and Medicine. 2003. Effect of Truck Weight on Bridge Network Costs. Washington, DC: The National Academies Press. doi: 10.17226/21956.
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Suggested Citation:"Selected Bibliography." National Academies of Sciences, Engineering, and Medicine. 2003. Effect of Truck Weight on Bridge Network Costs. Washington, DC: The National Academies Press. doi: 10.17226/21956.
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Suggested Citation:"Selected Bibliography." National Academies of Sciences, Engineering, and Medicine. 2003. Effect of Truck Weight on Bridge Network Costs. Washington, DC: The National Academies Press. doi: 10.17226/21956.
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61 SELECTED BIBLIOGRAPHY* AASHTO (1998): LRFD Bridge Design Specifications, 2nd Ed. Washington, DC. AASHTO (1996): Standard Specifications for Highway Bridges, 16th Ed. Washington, DC AASHTO (1994): Manual for Condition Evaluation of Bridges, Washington, D.C. AASHTO (1991) “Guide for Maximum Dimensions and Weights of Motor Vehicles and for the Operation of Nondivisible Load Oversize and Overweight Vehicles”, Nov. 1991 AASHTO (1990) “Guide Specifications for Fatigue Evaluation of Existing Steel Bridges”, 1990 AASHTO (1989a): Guide Specifications for Fatigue Design of Steel Bridges, Washington, DC. AASHTO (1989b): Guide Specifications for Strength Evaluation of Existing Steel and Concrete Bridges, Washington, D.C AASHTO (1983): Manual for Maintenance Inspection of Bridges, Washington, D.C. ACI “Building Code Requirements for Reinforced Concrete”, ACI 318-95, American Concrete Institute, 1995 Aderson, J.M., and Rhodes, A.H., “The Prediction of Traffic Load- ing at Specific Sites”, Heavy Vehicles and Roads: Technology, Safety and Policy, Thomas Telford, London, 1992, p.299. AGLichtenstein & Associates (1999): NCHRP 12-46 Proposed Manual for Condition Evaluation and Load and Resistance Fac- tor Rating of Highway Bridges—Draft proposed for AASHTO adoption, 1999 Albrecht, P., and Rubeiz, C.G., “Variable Amplitude Load Fatigue Task A-Literature Review Volume III-Variable Amplitude Fatigue Behavior”, FHWA-RD-87-0619, April 1990. Al-Subhi, Kamal M. Isa, Johnston, David W., and Farid, Foad, “Optimizing System-Level Bridge Maintenance, Rehabilitation, and Replacement Decisions”, FHWA/NC/89-001, January 1989. Australia Road Research Board Ltd., “Dynamic Interaction of Vehicles and the Infrastructure”, Proc. of DIVINE Special Ses- sion: 17th ARRB Conference, Research Report ARR No. 260, (Ed.) by Sharp, K.G. Azad, A.K., Baluch, M.Y., Al-Mandil, M.Y., Sharif, A.M., and Kareem, K., “Loss of Punching Capacity of Bridge Deck Slabs from Crack Damage”, ACI Structural Journal-Technical Paper, Title No. 90-S5, January 1993, p.37. Barella, Sara, and Cantieni, Reto, “Vehicle/Bridge Interaction for Medium Span Bridges-Research Element 6 of the OECD IR6 DIVINE Project”, Road Transport Technology-4, Proc. of the Fourth International Symposium on Heavy Vehicle Weights and Dimensions, (Ed.) by Winkl, Christopher, 1995, p.355. Batchelor, Barrington Dev., Hewitt, Brian E., and Csagoly, P., “An Investigation of the Fatigue Strength of Deck Slabs of Compos- ite Steel/Concrete Bridges”, Transportation Research Record 664, Vol.1, 1978, p.153. Batchelor, Barrington Dev., Hewitt, Brian E., Csagoly P., and Holowka M., “Investigation of the Ultimate Strength of Deck Slabs of Composite Steel/Concrete Bridges”, Transportation Research Record 664, Bridge Engineering Volume 1, 1978, p.162. Beal, David B.: “Strength of Concrete Bridge Decks”, Report FHWA/NY/RR-81-89, New York State Department of Trans- portation, July 1981. Beal, David B.: “Reinforcement for Concrete Bridge Decks”, report FHWA/NY/RR-83/105, New York State Department of Trans- portation, July 1983. Benjamin, J.R. and Cornell, C.A. “Probability, Statistics, and Deci- sion for Civil Engineers”, McGraw-Hill Book Company Bridge Branch (1997) “The Effect of the NRTC Mass Limits Review on MRWA Road Bridges in Western Australia”, Volume 1, Bridges on National Highways and State Roads, Bridge Branch, Road Technology Directorate, Main Roads Western Australia, August 1997 Bridge Branch (1998) “The Effect of the NRTC Mass Limits Review on Local Government Road Bridges in Western Aus- tralia”, Volume 2, Bridge on Local Government Roads, Bridge Branch, Road Technology Directorate, Main Roads Western Australia, March 1998 BTML Division of Wilbur Smith Associates (1987) “Effects of Truck Weights on Deterioration, Operations, and Design of Bridges and Pavements, Final report to NYSDOT, ERDB, Oct. 1987 Cady, P.D., and Carrier, R.E., (1973) “Deterioration of 249 Bridge Decks”, Highway Research Record 423, Concrete Properties and Performance, p.46. Cady, Philip D., and Weyers, Richard E., “Deterioration Rates of Concrete Bridge Decks”, Journal of Transportation Engineering, Vol. 110, No. 1, January 1984, p.34. Calgaro, J.A., “Road Traffic Loads Calibration of the Main Load- ing System”, ENV 1991-3, Traffic Load on Bridges, Background Studies, February 1997. Cambridge Systematics, Inc. “A Guidebook for Forecasting Freight Transportation demand”, NCHRP Report 388, TRB, 1997 Cantieni, R., “Investigation of Vehicle-Bridge Interaction for High- way Bridges”, Heavy Vehicles and Roads: Technology, Safety and Policy, (Ed.) by Cebon, D., and Mitchell, C.G.B. Clayton,A., and Plett,R., “Truck Weights as A Function of Regula- tory Limits”, CAN.J.ENG.VOL.17, 1990. Clayton,A., and Thom, Robert G., “Gross Vehicle Weight Distri- butions as a Function of Weight Limits”, Transportation Research Record, No.1313, p.11. Csagoly, P., Holowka, M., and Dorton, R., “The True Behavior of Thin Concrete Bridge Slabs”, Transportation Research Record 664, Bridge Engineering Volume 1, 1978, p.171. Demers, Cornelia E., and Fisher, John W., “Fatigue Cracking of Steel Bridge Structures, Volume I:A Survey of Localized Cracking in Steel Bridges-1981 to 1988”, FHWA-RD-89-166, March 1990. Dexter,R.J., Connor,R.J., and Kaczinski,M.R. “Fatigue Design of Modular Bridge Expansion Joints”, NCHRP Report 402, TRB, 1997 Dicleci, Murat, and Bruneau, Michel, “Fatigue-Based Methodology for Managing Impact of Heavy-Permit Trucks on Steel Highway Bridges”, Journal of Structural Engineering, November 1995, p.1652. Downs,H.G. (1981) “Criteria for Evaluation of Truck Weight Enforcement Programs” NCHRP Synthesis 82, Nov. 1981 Euritt, Mark A., Walton, C. Michael, Goff, Zane A., and Burke, Dock, “Texas Highway Cost Allocation Analysis and Esti- mates”, 1992-1994, TX-94+1919-2/1910-3, November 1993.

Fang,I.-K., J.Worley, N.H.Burns, and R.E.Klingner, “Behavior of Isotropic R/C Bridge Decks on Steel Girders”, ASCE Journal of Structural Engineering, Vol.116, No.3, 1990, p.659 Farid, Foad, Johnston, David W., Laverde, Martha A., and Chen, Chwen-Jinq. “Application of Incremental Benefit-Cost Analysis for Optimal Budget Allocation to Maintenance, Rehabilitation, and Replacement of Bridges”, Transportation Research Record 1442, 1994, p.88. Fekpe, Edward S.K., and Clayton, Alan M.(1993) “A Rational Approach to Predicting Pavement Loadings”, Canadian Society for Civil Engineering Annual Conference June 8-11 1993, p.597. Fekpe,E.S.K. and Clayton,A.M. (1995) “Prediction of Heavy- Vehicle Weight Distributions”, ASCE Journal of Transportation Engineering, Vol.121, No.2, p.158 Fekpe,E.S.K. and Clayton,A. (1994) “Quantitative Assessment of the Effect of Enforcement on Violations of Vehicle Weight and Dimension Regulations”, Transport Planning and Technology Journal, Vol.18, No.2, p.143 Fekpe,E.S.K., A.M.Clayton, and R.C.G.Haas. “Evaluating Pave- ment Impacts of Truck Weight Limits and Enforcement Levels”, Transportation Research Record 1508, 1994, p.39 FHWA (1997) “1997 Federal Highway Cost Allocation Study final report”, US DOT, Federal Highway Administration, 1997, http://www.ota.fhwa.dot.gov/hcas/final. FHWA (1995) “The Federal Highway Administration’s Highway Cost Allocation Workshop, Searching for Solutions, TD 2130/5/95-039, June 1995. FHWA (1991) “The 1991 Status of the Nation’s Highways and Bridges”, FHWA-PL-91-015, Nov. 1991 FHWA (1982) “Final Report on the Federal Highway Cost Alloca- tion Study”, Report of the Secretary of Transportation to the United States Congress, Pursuant to Section 506, Public Law 95- 599, Surface Transportation Assistance Act of 1978, May 1982 FHWA (1981) “An Investigation of Truck Size and Weight Lim- its”, Final Report, 1981 Fisher, J.W, Kaufmann, Eric J., and Pense, Alan W., “Effect of Cor- rosion on Crack Development and Fatigue Life”, Transportation Research Record 1624, Paper No. 98-1038, p.110. Fisher, J.W., Yen, B.T., and Wang, D., “Fatigue and Fracture Eval- uation for Rating Riveted Bridges”, National Cooperative High- way Research Program Report 302, December 1987. Fisher, John W, Albrecht, Pedro A., Yen, Ben T. Klingerman, David J., and Mcnamee, Bernard M., “Fatigue Strength of Steel Beams with Welded Stiffeners and Attachments”, National Cooperative Highway Research Program Report 147, 1974. Fisher, John W, Yen, Ben T., and Kaufmann, Eric J., “Cracking and Fracture Assessment of the Green River Bridge, I26 in Hender- son County, N.C.”, Advanced Technology for Large Structural Systems, Lehigh University, April 1993. Fisher, John W, Yen, Ben T., and Wang, Dayi, “Fatigue Cracking of Steel Bridge Structures, Volume II:A Commentary and Guide for Design, Evaluation, and Investigation of Cracking”, FHWA- RD-89-167, March 1990. Fisher, John W., Jin, Jian, Wagner, David C., and Yen, Ben T., “Distortion-Induced Fatigue Cracking in Steel Bridges”, National Cooperative Highway Research Program Report 336, December 1990. Fisher,J.W., Mertz,D.R. and Zhong,A. (1983) “Steel Bridge Mem- bers under Variable Amplitude Long Life Fatigue Loading”, NCHRP Report 267, 1983 62 Fitch, Michael G., Weyers, Richard E., and Johnson, Steven D., “Determination of End of Functional Service Life for Concrete Bridge Decks”, Transportation Research Record 1490, 1995, p.60. Frith, B.A, Mitchell, C.G.B., and Newton, W.H., “Impacts of Increased Goods Vehicle Weight Limits: A Europe Case Study”, Road Transport Technology-4, Proc. of the Fourth International Symposium on Heavy Vehicle Weights and Dimensions, (Ed.) by Winkl, Christopher, 1995, p.55. Fu, Gongkang, Alampalli, Sreenivas, and Pezze, Frank P. (1994) “Lightly Reinforced Concrete Bridge-Deck Slabs on Steel Stringers: A Summary of Field Experience”, Report FHWA/NY/ RR-94/161, June 1994. Fu,G. and Hag-Elsafi,O. (1996) “New Safety Based Checking Pro- cedure for Overloads on Highway Bridges”, TRB Transportation Research Record 1541, 1996, p.22 Fu,G., S.Alampalli, and F.P.Pezze (1992) “Long-term Serviceabil- ity of Isotropically Reinforced Concrete Bridge Deck Slabs”, TRB Transportation Research Record 1371, 1992, p.17 Fu,G. and Moses,F. (1998) “Cost Estimation for Steel Bridge Fatigue”, (presented) TRB Annual Meeting 1998, Washington, DC Hahin, Christopher, “Effects of Corrosion and Fatigue on the Load Carrying Capacity of Structural and Reinforcing Steel”, FHWA/IL/PR-108, March 1994. Hahin, Christopher, and South, Jeffrey M., “Accurate and Rapid Determination of Fatigue Damage in Bridge Superstructures”, FHWA/IL/PR-106, December 1992. Hajek, Jerry J., Tighe, Susan L., and Hutchison, Bruce G., “Alloca- tion of Pavement Damage Due to Trucks Using a Marginal Cost Method”, Transportation Research Board 77th Annual Meeting January 11-15, 1998, Paper No. 981283. Hawking, Neil M., “Fatigue Design Consideration for Reinforce- ment in Concrete Bridge Decks”, ACI Journal, Title NO. 73-9, February 1976, p.104. Heywood,R.J. and Person,R.A. “Adequacy of Australian Bridges”, Department of Transport and Regional Development, 1997 Horn, Burkhard, “International Co-operation on Infrastructure and Heavy Freight Vehicles within OECD”, Road Transport Technology-4, Proc. of the Fourth International Symposium on Heavy Vehicle Weights and Dimensions, (Ed.) by Winkl, Christopher, 1995, p.3. Hudson,S.W., Carmichael,R.F., Moser,L.O., Hudson,W.R., and Wilkes,W.J. (1987) “Bridge Management Systems”, NCHRP Report 300, 1987 Humphrey, Thomas F., “Uniformity Effects in Oversize/Over- weight Permits”, National Cooperative Highway Research Pro- gram Synthesis of Highway Practice 143, December 1988. Humphrey,T.F. (1988) “Uniformity Efforts in Oversize/Over- weight Permits” NCHRP Synthesis 143, 1988 IBI/ADI (1994) “Impacts of Canada’s Heavy Vehicle Weights and dimensions research and Interprovincial Agreement”, TAC- CTRI, October 1994. Illinois Department of Transportation (1992) “The Effects of Increased Truck Size and Weight in Illinois”, 1992 Illinois Department of Transportation, “Oversize and Overweight Permit Movements on State Highways”, Title 92, Chapter I, Sub- chapter f, Part 554, June 1988. Imbsen, Roy A., “Bridge Weight-Limit Posting Practice”, National Cooperative Highway Research Program Synthesis of Highway Practice 108, August 1984.

James, Ray W., Noel, James S., Furr,H.L., Bonilla,F.E. “Proposed New Truck Weight Limit Formula”, Journal of Structural Engi- neering, Vol. 112, No. 7, July 1986, p.1589. James,R.W., Zimmerman,R.A., and McCreary,C.C.,Jr. “effects of Overloads on Deterioration of Concrete Bridges”, Transportation Research record 1118, p.65 Johnson, N.L., Kotz, S., and Balakrishnan, N. “Continuous Uni- variate Distributions, 2nd Edition, Wiley Series in Probability and Mathematical Statistics, 1994 Johnson,R.J. (1980) “Motor Vehicle Size and Weight Regulations, Enforcement, and Permit Operation”, NCHRP Synthesis 68, 1980 Kato, Takeaki and Goto, Yuji (1984) “Effect of Water Infiltration of Penetration Deterioration of Bridge Deck Slabs”, Transporta- tion Research Record 950, p.202 Kilareski, Walter P., “Heavy Vehicle Evaluation for Overload Per- mits”, Transportation Research Record 1227, Rigid and Flexible Pavement Design and Analysis, Unbound Granular Materials, Tire Pressures, Backcalculation, and Design Methods, p.194. Kim, K.H., Dominguez, J.M., Klinger, R.E., and Burns, N.H., “Behavior of Ontario-type Bridge Decks on Steel Girders”, CRT 3-5-83-350-4F, January 1988. Kim, Sangjin, Sokolik, Andrej F., and Nowak, Andrzej S., “Mea- surement of Truck Load on Bridges in Detroit, Michigan, Area”, Transportation Research Record 1541, p.58. Klaiber, F.W., Dunker, K.F., Wipf, T.J., and Sanders, W.W., “Methods of Strengthening Existing Highway Bridges”, National Cooperative Highway Research Program Report 293, September 1987. Kostem, Celal N., “Overloading of Highway Bridges - Initiation of Deck Damage”, Transportation Research Record 664, Bridge Engineering Volume 1, 1978, p.207. Krauss, P.D. and Rogalla,E.A. (1996) “ Transverse Cracking in Newly Constructed Bridge Decks”, NCHRP Report 380, TRB, 1996 Kuhlman, U., “Steel Bridges, progress in Structural Engineering and Materials”, Vol.1 No.1, (Ed.) by Lam, Dennis, September 1997, p.42. Kumar, Sanjeev V., and GangaRao, Hota V.S., “Fatigue Response of Concrete Decks Reinforced with FRP Rebars”, Journal of Structural Engineering, January 1998, p.11. Laman, Jeffrey A., and Nowak, Andrzej S., “Fatigue Load Spectra for Steel Girder Bridges Research Report”, December 1992. Laman, Jeffrey A., Boothby, Thomas E., and Ashbaugh John R., “Fatigue Impacts on Bridge Cost Allocation and Truck Size and Weight Limits”, PTI 9707, Pennsylvania State University, Janu- ary 1997. Leidy, Joseph Paul, Lee, Clyde E., and Harrison, Robert, “Mea- surement and Analysis of Traffic Loads Across the Texas- Mexico Border”, FHWA/TX-95+1319-1, March 1995. Li, Wulin, Albrecht, Pedro, and Saadatmanesh, Hamid, “Strength- ening of Composite Steel-Concrete Bridges”, Journal of Struc- tural Engineering, December 1995, p.1842. Lybas, J.M., Hays, C.O., and Guevara, J.O., “Further Tests of the Punching Shear Strength of Lightly Reinforced Isotropic Bridge Decks, Structure and Materials Research Report NO.90-2”, Vol- ume 1 of 2, FL/DOT/RMC/0413-2486, State Project No. 99700- 7375-119, WPI No. 0510413, UF Project Nos. 4910450420712 and 4910450423512, June 1990. Mamlouk, Michael S., “A Rational Look at Truck Axle Weight”, Transportation Research Board 70th Annual Meeting January 13- 17, 1991, Paper No. 910093. 63 Martin, Tim C., “Estimating Australia’s Heavy Vehicle Road Wear Cost Responsibilities(Load Related Road Wear)”, Road Trans- port Technology-4, Proc. of the Fourth International Symposium on Heavy Vehicle Weights and Dimensions, (Ed.) by Winkl, Christopher, 1995, p.67. Massie, Dawn L, Campbell Kenneth L., and Blower, Daniel F., “Large Truck Travel Estimates from the National Truck Trip Information Survey”, Transportation Research Board 72th Annual Meeting January 10-14, 1993, Paper No. 931162A. Massie, Dawn L., Campbell, Kenneth L., and Blower, Daniel F., “Comparison of Large Truck Travel Estimates from Three Data Sources”, Transportation Research Board 72th Annual Meeting January 10-14, 1993, Paper No. 931162B. Matsui,S. and Muti,K. (1992) “Rating of Lifetime of A Damaged RC Slab and Replacement by Steel Plate-Concrete Composite Deck”, Technology Reports of the Osaka University, Vol.42, No.2115, p.329, October, 1992 Matsui,S. (1991) “Fatigue Deterioration Mechanism and Durability of Highway Bridge RC Slabs”, Report to Hanshin Expressway Public Corporation, 1991 (in Japanese) Matsui,S. and Yonhee,K. (1993) “Deterioration and Repair of RC Slabs on Highway Bridges”, Proceedings of the Fourth East Asia-Pacific Conference on Structural Engineering & Construc- tion, Seoul, Korea, September 20-22, 1993, p.911 McCarten,P. “Fatigue Life of R.C. bridge Decks”, Proce. 8th Annual International Bridge Conference, Jun 10-12, 1991, Pittsburgh, PA, p.303 McGuire, J.F., and Burt, E.J., “Heavy Vehicles Economics Bridges”, New Zealand Roading Symposium 1987 Vol. 4. Miller, Douglas, and Munse, W.H., “Mathematical Modeling of Loading Histories for Steel Beams or Girder Highway Bridges”, FHWA/IL/UI-204, March 1983. Ministry of Transportation of Ontario (1997) “Impact of the High- way Infrastructure of Existing and Alternative Vehicle Configu- rations and Weight Limits”, May 1997 Minnesota DOT (1991) “Truck Weight Limits and Their Impact on Minnesota Bridges”, Task Force Report, response to Special Report 225, Truck Weight Limits: Issues and Options, TRB, Sept. 1991 Mitchell, C.G.B, “The Effect of the Design of Goods Vehicle Sus- pensions on Loads on Roads and Bridges, Research Report 115”, Australia Road Research Board Symposium on Heavy Goods Vehicle Suspension Character, Canberra, 23-25 March 1987. Mohammadi,J., Guralnick,S.A., and Polepeddi,R. “The Effects of Increased Truck Weights Upon Illinois Highway Bridges”, Final Report to IDOT, FHWA/IL/RC-013, Illinois Institute of Technology, Sept.1991 Moses,F., Schilling,C.G., and Raju,K.S,. Fatigue Evaluation Pro- cedures for Steel Bridges. NHCRP Report 299, TRB, Washing- ton, DC, Nov. 1987 Moses,F. (1989) “Effects on Bridges of Alternative Truck Config- urations and Weights” Draft Final Report to NCHRP - TRB, 1989 Moses,F. (1992) “Assessment of Bridge and Structure Related Costs for An Ohio Truck Weight and Fee System”, Final Report to ODOT, June 1992 Natori, Tohru, Fukazawa, Makoto, and Terada, Hiromasa, “Method of Repair for Fatigue Damage in Steel Bridges, Durability of Structures”, (Ed.) by Int’l Assoc. For Bridge and Structural Eng., 1989, p.901.

NBR, Prasad, White, Donald W., Ramirez, Julio A., and Kuczek, Thomas, “Statistical Analysis of Overload Vehicle Effects on Indiana Highway Bridges”, FHWA/IN/JHRP-93/1, August 1994. NCHRP, “Concrete Bridge Deck Durability”, National Cooperative Highway Research Program Synthesis of Highway Practice 4, 1970. Nishikawa, Kazuhiro, Murakoshi, Jun, and Matsuki, Takayuki, “Study on the Fatigue of Steel Highway Bridges in Japan”, Con- struction and Building Materials, Vol. 12, No. 2-3, 1998, p.133. Nix, F.P., and Boucher, M., “Long Combination Vehicles in Que- bec and Ontario”, Transportation research Forum, Vol.29, No.2, 1989, p.301. Nix, Fred P., Billing, John R., and Delaquis, Michele, “Impact of Size and Weight Regulation on Trucks Crossing the Canada- United States Border”, Transportation Research Board 77th Annual Meeting January 11-15, 1998, Paper No. 980247. Nowak,A.S. “Calibration of LRFD Bridge Design Code – NCHRP Project 12-33”, University of Michigan, Ann Arbor, Michigan, 1992 OCDE (1982) “Impacts of Heavy Freight Vehicles” Dec.1982 O’Connor,D.S. and Hyman,W.A. (1989) “Bridge Management Systems”, FHWA-DP-71-01R, Oct.1989 Okada,K., Okamura,H., and Sonoda,K. (1978) “Fatigue Failure Mechanism of Reinforced Concrete Deck Slabs”, Transportation Research record 664, p.136. Perdikaris,P.C. Petrou,M.F., and Wang,A. (1993) “Fatigue Strength and Stiffness of Reinforced Concrete Bridge Decks”, Final Report to ODOT, FHWA/OH-93/016, March 1993, department of Civil Engineering, Case Western Reserve University, Cleve- land, OH Perdikaris, Philip C., and Beim, Sergio R., “Design of Concrete Bridge Decks”, Research report No. FHWA/ OH-88/004, August 1988. Perdikaris, Philip C., and Beim, Sergio, “RC Bridge Decks under Pulsating and Moving Load”, Journal of Structural Engineering, Vol. 114, No. 3, March 1988, p.591. Perdikaris, Philip C., and Petrou, Michael, “Code Predictions Ver- sus Small Scale Bridge Deck Model Test Measurements”, Trans- portation Research Record 1290, 1991, p.179. Petrou, Michael F., and Perdikaris, Philip C., “Punching Shear Fail- ure in Concrete Decks as Snap-Through Instability”, Journal of Structural Engineering, September 1996, p.998. Petrou, Michael F., Perdikaris, Philip C., and Duan, Mingzhu, “Static Behavior of Non-composite Concrete Bridge Decks under Concentrated Loads”, Journal of Bridge Engineering, November 1996. p.143. Petrou, Michael F., Perdikaris, Philip C., and Wang, Aidong, “Fatigue Behavior of Non-composite Reinforced Concrete Bridge Deck Models”, Transportation Research record 1460, p.73, 1994 Puckett J.A., Naiknavare, R.D., and Lohrer, J.D., “Evaluation of Bridge Deck Utilizing Ontario Bridge Deck Design Method Vol. No.1 Review of Experimental and analytical Research in Lightly Reinforced Bridge Decks-Final Report”, Project No. 38717, FHWA-WY-89-002, July 1989. Ricketts, N.J., and Page, J., “Traffic Data for Highway Bridge Loading”, TRL Report 251. RJHansen Associates (1979) “State Laws and Regulations on Truck Size and Weight”, NCHRP Report 198, Feb.1979 64 Roeder, Charles W., Hildahl, Mark, and Lund, Van John A., “Fatigue Cracking in Modular Bridge Expansion Joints”, Trans- portation Research Record 1460, p.87. Roy Jorgensen and Associates (1969) “Oversize-Overweight Per- mit Operation on State Highways”, NCHRP Report 80, 1969 Rudra, Taposh “Written History” http://www.marion.lib.in.us/ history/indtrucks/report.html. Sahli, Adnan H., Albrecht, Petro, and Vannoy, Donald W., “Fatigue Strength of Retrofitted Cover Plates”, Journal of Structural Engi- neering, Vol. 110, No. 6, June 1984, p.1374. Sakano, M., Mikami, I., and Miyagawa, K., (1993) “Simultaneous Loading Effect of Plural Vehicles on Fatigue Damage of High- way Bridges, Reliability and Optimization of Structural Sys- tems”, V (B-12), (Ed.) by Thoft-Christensen, P., and Ishikawa, H., 1993, p.221. Saklas,J. (1998) Background Material for Previous FHWA Studies. Saklas, James G., Albrecht, Pedro, Sidani, Maher, and Schelling, David R., “Bridge Fatigue Damage Cost Allocation”, DTFH61- 85-R-00157, 1988 Sanders, David H., and Zhang, Yuqing Jane, “Bridge Deterioration Models for States with Small Bridge Inventories”, Transportation Research Record 1442, p.101. Scanlon,A. abd Saklas,J. (1996) “Bridge Cost Allocation: Current Issues” TRB Presentation Preprint, Jan. 1996 Schelling,D.R. (1985) “The Influence of Heavy Trucks on the Over- load and allocation of User Costs on Bridge Structures”, Univer- sity of Maryland, March 1985 Schelling, David R., “Effects of Maryland Legal Vehicle Weight Limits on Highway and Bridges”, FHWA/MD-81/1, February 1981. Schilling, C.G., Klippstein, K.H., Barsom, J.M., and Blake G.T., “Fatigue of Welded Steel Bridge Members under Variable- Amplitude Loadings”, National Cooperative Highway Research Program Report 188, 1978. Schilling, Charlies G., “Variable Amplitude Load Fatigue Task A- Literature Review Volume I-Traffic Loading and Bridge Response”, FHWA-RD-87-059, July 1990. Scottish Development Department, “Damage to Bridges by Road Vehicles Traffic Signs at Bridges”, ISBN 0 7480 0164 6. Snyder,R.E., Likins,G.E. and Moses,F. (1985) “Loading spectrum Experienced by Bridge Structures”, FHWA/RD-85/012, Feb.1985 Sorensen, Harold C., and Robledo, Francisco Manzo, “Turner Track Impact on Bridges”, WA-RD 287.1, December 1992. Stephens, J.E., Scoles, J., Patterson, S., and Schillings, P., “Impact of Adopting Canadian Interprovincial and Canamex Limits on Vehicle Size and Weight on the Montana State Highway Sys- tem”, FHWA/MT-96/8113, October 1996. Tawfiq, Kamal, “Fatigue Fracture in Concrete-Final Report- Volume II”, Project # 99700-7582-119, WPI 0510623, Contract # C-4068, Fl/DOT/RMC/0623-4068, March 1994. Tanihira,T., Sonoda,K., Horikawa,T., and Kitoh,H. “Low Cycle Fatigue Characteristics of Bridge Deck RC Slabs under the Rep- etition of Wheel Loads”, Proc. Pacific Concrete Conference, New Zealand, Nov. 8-11, 1988, p.381 Tawfiq, Kamal, “Fatigue Fracture in Concrete-Final Report- Volume I”, Project # 99700-7582-119, WPI 0510623, Contract # C-4068, Fl/DOT/RMC/0623-4068, March 1994. Terrell, Ronald L., and Bell, Chris A., “Effects of Permit and Ille- gal Overloads on Pavements”, National Cooperative Highway

Research Program Synthesis of Highway Practice 131, Septem- ber 1987. Thompson, Paul D., and Markow, Michael J., “Collecting and Man- aging Cost Data for Bridge Management Systems”, National Cooperative Highway Research Program Synthesis of Highway Practice 227, 1996 TRB (1990a) “Truck Weight Limits: Issues and Options”, Special Report 225, 1990 TRB (1990b) “New Trucks for Greater Productivity and Less Road Wear - An Evaluation of the Turner Proposal”, Special Report 227, 1990 TRB (1980), “Motor Vehicle Size and Weight Regulations, Enforcement, and Permit Operations”, National Cooperative Highway Research Program Synthesis of Highway Practice 68, April 1980. Turner, Richard K., “The operators’ View of Emerging Size and Weight Policy in Europe”, Road Transport Technology-4, Proc. of the Fourth International Symposium on Heavy Vehicle Weights and Dimensions, (Ed.) by Winkl, Christopher, 1995, p.15. The Urban Institute, “Pavement and Bridge Impacts of Longer Combination Vehicles”, 91-20075, June 1990. USDOT “The Intermodal Transportation and Inventory Cost Model Documentation”, April 1999 USDOT (1998) “Comprehensive Truck Size and Weight Study”, Draft Volume III, Scenario Analysis, Dec.30, 1998 USDOT Secretary (1991a) “Overweight Vehicles - Penalties & Per- mits, An Inventory of State Practices for Fiscal Year 1989”, March 1991 USDOT Secretary (1991b) “The Status of the Nation’s Highways and Bridges: Condition and Performance”, Report to Congress, Sept. 1991 USGAO, “Commercial Trucking Safety and Infrastructure Issues under the North American Free Trade Agreement”, GAO/RCED- 96-61, February 1996. USGAO (1979) “Excessive Truck weight: An Expensive Burden We Can No Longer Support”, Report to Congress, July 16, 1979 Walton,C.M., Yu,Chien-Pei, and Ng, Paul (1983) “Procedure for Assessing Truck Weight Shifts that Result from Changes in Legal Limits”, Transportation Research Record 920, p.19. Weissman, Jose, and Harrison, Rob, “Impact of 44,000-kg(97,000- lb) Six-Axle Semitrailer Trucks on Bridges on Rural and Urban U.S. Interstate System”, Transportation Research Record 1624, Paper No. 98-0481. Weissman, Jose, and Harrison, Rob, “Impact of Turnpike Doubles and Triple 28s on the Rural Interstate Bridge Network”, Trans- portation Research Record, p.32. Weissman, Jose, and Harrison, Rob, “Increasing U.S Truck Size and Weight Regulation under NAFTA”, Journal of the Trans- portation Research Forum Vol. 37, No. 1, p.1. 65 Weissman, Jose, Reed, Robert L., and Feroze, Ahmed, “Incremen- tal Bridge Construction Costs for Highway Cost Allocation”, Transportation Research Record 1460, p.19. Weyers,R.E., Fitch,M.G., Larsen,E.P., and Al-Qadi,I.L. “Concrete Bridge Protection and Rehabilitation: Chemical and Physical Techniques”, SHRP-S-668, National Research Council, 1994 Weyers,R.E., Prowell,B.D., Sprinkel,M.M., and Vorster,M. “Con- crete Bridge Protection, Repair, and Rehabilitation relative to Reinforcement Corrosion: A Methods Application Manual”, SHRP-S-360, National Research Council, 1993 Weyers, Richard E., and Cady, Philip D., “Deterioration of Con- crete Bridge Decks from Corrosion of Reinforcing Steel, Con- crete International: Design & construction” Vol.9#1 January 1987, p.15. Whiteside, R.E., Chu,T.Y., Cosby,J.C., Whitaker,R.L., and Win- frey,R. (1973) “Changes in Legal Vehicle Weights and Dimen- sions: Some Economic Effects on Highways”, NCHRP Report 141, Highway Research Board, 1973 Wojakowski, John, and Hossain, Mustaque, “Twenty-Five –Year History of Interlayer Membranes on Bridge Decks in Kansas”, Transportation Research Record 1476, p.180. Yen, Ben T., Huang, Ti, Lai, Lung-Yang, and Fisher, John W., “Manual for Inspecting Bridges for Fatigue Damage Condi- tions”, FHWA-PA-89-022 +85-02, January 1990. Yoder, Eldon J., Colucci-Rios, Benjamin, Fraczek, John, and Skees, James A. (1979) “Effects of Raising Load Limits on Pavements and Bridges in Indiana”, Joint Highway Research Project, IN/JHRP-79-23, December 1979. Yu, Chien-Pei, and Walton, C. Michael (1982) “Estimating Vehi- cle Weight Distribution Shifts Resulting from Changes in Size and Weight Laws”, Transportation Research Record 828, 1982, p.16. Zaghloul, Sameh, and White, Thomas, “Effect of Overloaded Vehi- cles on the Indiana Highway Network”, FHWA/IN/JHRP-93/5, June 1994. Zwerneman, Farrel J., “Fatigue Assessment of Bridge Members Based on in-Service Stresses-Final Report: Executive Sum- mary”, FHWA\OK-97(06), July 1997. Zwerneman, Farrel J., Kelly, John W., and Johnson, Orin A., “Fatigue Assessment of Bridge Members Based on In-Service Stresses”, FHWA\OK-95(05), June 1997. Zwerneman, Farrel J., Poynter, Paul G., Abbas, Michael D., Rauf, Abdul, and Yang, Jie, “Fatigue Assessment of Bridge Members Based on In-Service Stresses”, FHWA\OK-95(07), August 1996. Zwerneman, Farrel J., West, Adam B., and Lim, Kee Seong, “Fatigue Damage to Steel Bridge Diaphragms”, FHWA/OK 89(10), December 1989. *Unedited Bibliography

Next: Appendix B - Two Application Examples of the Recommended Methodology for Estimating Bridge Network Costs Due to Truck Weight »
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TRB’s National Cooperative Highway Research Program (NCHRP) Report 495: Effect of Truck Weight on Bridge Network Costs contains the findings of a study to develop a methodology for estimating the impact of changes in truck weight limits on bridge network costs. The report describes the research effort and the recommended methodology and illustrates application of the methodology.

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