Photo of Andrew Scanlon

Andrew Scanlon

Professor Emeritus

Affiliation(s):

  • Civil and Environmental Engineering

Interest Areas:

Structural Engineering

 
 

 

Education

Publications

Books

  • Edward G Nawy and Andrew Scanlon, 2001, Code provisions for deflection control in concrete structures, Amer Concrete Inst
  • Andrew Scanlon, A Aswad and IC Patel, 1996, Short Span Prefabricated Bridge Standards and Specifications: Summary Report, Pennsylvania Transportation Institute, Pennsylvania State University
  • Edward G Nawy and Andrew Scanlon, 1992, Designing concrete structures for serviceability and safety, American Concrete Institute
  • Andrew Scanlon, 1990, Performance characteristics of cast-in-place bridge barrier, Pennsylvania Transportation Institute
  • Gary J Kriviak, Andrew Scanlon and University of Alberta. Dept. of Civil Engineering, 1986, Bayesian Analysis of In-situ Test Data for Estimating the Compressive Strength of Concrete in Existing Structures, Department of Civil Engineering, University of Alberta
  • Mohammed Reza Kianoush, Andrew Scanlon and University of Alberta. Dept. of Civil Engineering, 1986, Inelastic Seismic Response of Precast Concrete Large Panel Coupled Shear Wall Systems, Department of Civil Engineering, University of Alberta
  • Leonid Mikhailovsky, Andrew Scanlon and University of Alberta. Dept. of Civil Engineering, 1985, Evaluation of existing bridge structure by non-destructive test methods, [Edmonton, Alta.]: Department of Civil Engineering, University of Alberta
  • Andrew Scanlon and Esther Ho, 1984, Analysis of Field Measured Deflections, Scotia Place Office Complex South Tower, Department of Civil Engineering, The University of Alberta
  • Esther Ho, Andrew Scanlon and University of Alberta. Dept. of Civil Engineering, 1984, Analysis of Field Measured Deflections, Scotia Place Office Complex South Tower, [Edmonton, Alta.]: Department of Civil Engineering, The University of Alberta
  • Teresinha do MJ Alves, Andrew Scanlon and University of Alberta. Dept. of Civil Engineering, 1984, Prestressed Concrete Beams with Large Web Openings, Edmonton, Alta.: Department of Civil Engineering, University of Alberta
  • do MJ Alves, Teresinha and Andrew Scanlon, 1984, Prestressed Concrete Beams with Large Web Openings, Department of Civil Engineering, University of Alberta
  • Andrew Scanlon, KS Tam and University of Alberta. Dept. of Civil Engineering, 1984, The Effects of Restrained Shrinkage on Concrete Slabs, Department of Civil Engineering, University of Alberta

Journal Articles

  • DJ Kim, MS Kim, Junghun Choi, Hae-Won Kim, Andrew Scanlon and YH Lee, 2014, "Concrete Beams with Fiber-Reinforced Polymer Shear Reinforcement", ACI Structural Journal, 111, (1-6)
  • Jong Yil Park, Min Sook Kim, Andrew Scanlon, Hosoon Choi and Young Hak Lee, 2014, "Residual strength of reinforced concrete columns subjected to blast loading", Magazine of concrete research, 66, (1-2), pp. 60–71
  • Young Hak Lee, Min Sook Kim, Junbok Lee and Andrew Scanlon, 2013, "Comparison of minimum thickness provisions for concrete beams in building codes and standards", Canadian Journal of Civil Engineering, 40, (7), pp. 595–602
  • Lizhong Jiang, Jingjing Qi, Andrew Scanlon and Linlin Sun, 2013, "Distortional and local buckling of steel-concrete composite box-beam", STEEL AND COMPOSITE STRUCTURES, 14, (3), pp. 243–265
  • Min Sook Kim, Andrew Scanlon, Joowon Kang and Young Hak Lee, 2013, "Torsional behaviour of prestressed concrete girder with precast box segments"
  • B. Swartz, Andrew Scanlon and A. J. Schokker, 2012, "AASHTO LRFD Provisions for Loss of Prestress", PCI Journal
  • Isamu Yoshitake, Farshad Rajabipour, Yoichi Mimura and Andrew Scanlon, 2012, "A Prediction Method of Tensile Young’s Modulus of Concrete at Early Age", Advances in Civil Engineering, 2012
  • Brian D Swartz, Andrew Scanlon and Andrea J Schokker, 2012, "AASHTO LRFD Bridge Design Specifications provisions for loss of prestress", PCI journal, 57, (4), pp. 108–132
  • Haidong Wang, Andrew Scanlon, Shouping Shang and Fanglong He, 2012, "Comparison of Seismic Experiments on Traditional Chinese Wood Structures and Light Wood-Framed Structures", Journal of Structural Engineering, 139, (11), pp. 2038–2043
  • Jong Yil Park, Young Hak Lee and Andrew Scanlon, 2012, "Confined concrete model for columns under combined axial load and bending", Magazine of Concrete Research, 64, (9), pp. 827–836
  • Je Il Lee, Mark Scanlon, Laura Cohen and Andrew Scanlon, 2012, "Effect of Age at Loading and Load Arrangement on Immediate Deflections of One-Way Slabs", 3rd International Structural Specialty Conference
  • XH He, XW Sheng, Andrew Scanlon, DG Linzell and XD Yu, 2012, "Skewed concrete box girder bridge static and dynamic testing and analysis", Engineering Structures, 39, pp. 38–49
  • AJ Schokker, SC Lee and Andrew Scanlon, 2012, "ANALYTICAL STUDY OF THE EFFECTS OF TENDON LAYOUT ON THE PERFORMANCE OF POST-TENSIONED TWO-WAY SLAB SYSTEMS", PTI Journal
  • Ali M Memari and Andrew Scanlon, 2011, "Assessment of Reinforced Concrete Bridge Piers under Low to Moderate Seismic Induced Loads", JSEE-Journal of Seismology and Earthquake Engineering, 6, (2)
  • Shahriar Rafiee, Alireza Y Motlagh and Andrew Scanlon, 2011, "Comparative Evaluation of Seismic Assessment Methodologies Applied to a 32-Story Reinforced Concrete Office Building", JSEE-Journal of Seismology and Earthquake Engineering, 3, (1)
  • Xu-hui He, Andrew Scanlon and Peng Li, 2011, "Dynamic factor of bridges subjected to linear induction motor train load", Baltic Journal of Road and Bridge Engineering, 6, (3)
  • Andrew Scanlon and BA Suprenant, 2011, "Estimating Two-way Slab Deflections", Concrete International: Design and Construction, 33, (7), pp. 29–34
  • Min Sook Kim, Young Hak Lee, Heecheul Kim, Andrew Scanlon and Junbok Lee, 2011, "Flexural behavior of concrete beams reinforced with aramid fiber reinforced polymer (AFRP) bars", Structural Engineering and Mechanics, 38, (4), pp. 459–477
  • AM Memari, HG Harris, AA Hamid and Andrew Scanlon, 2011, "seismic evaluation of reinforced concrete piers in low to moderate seismic regions", Electronic Journal of Structural Engineering, 11, pp. 57–68
  • Andrew Scanlon and B. Suprenant, 2011, "Spreadsheet for Estimating Two-way Slab Deflections Including Construction Load Effects", Concrete International, 33, (7), pp. 29-34
  • I. Yoshitake, T. Uno, Andrew Scanlon and S. Hamada, 2011, "Strength of Concrete Element Subjected to Pure Shear", ASCE Journal of Materials in Civil Engineering, 23, (7), pp. 999-1006
  • Young Hak Lee and Andrew Scanlon, 2010, "Comparison of one-and two-way slab minimum thickness provisions in building codes and standards", ACI Structural Journal, 107, (02)
  • XH He, Ping Li and Andrew Scanlon, 2010, "Field test and analysis of the dynamic factors for bridge in urban railway transportation system", Bridge Maintenance, Safety, Management and Life-Cycle Optimization: Proceedings of the Fifth International IABMAS Conference, Philadelphia, USA, 11-15 July 2010, pp. 287
  • Isamu Yoshitake, Narifumi Yasumura, Masayuki Syobuzako and Andrew Scanlon, 2010, "Pipe heating system with underground water tank for snow thawing and ice prevention on roads and bridge decks", Journal of Cold Regions Engineering, 25, (2), pp. 71–86
  • Ali M Memari, Harry G Harris, Ahmad A Hamid and Andrew Scanlon, 2010, "Seismic Evaluation of an Elevated Highway Bridge in a Low Seismic Region- a Case Study", Open Civil Engineering Journal, 4, pp. 72–87
  • Isamu Yoshitake, Tatsuo Uno, Andrew Scanlon and Sumio Hamada, 2010, "Simplified test of cracking strength of concrete element subjected to pure shear", Journal of Materials in Civil Engineering, 23, (7), pp. 999–1006
  • Xuhui He, Jun Fang, Andrew Scanlon and Zhengqing Chen, 2010, "Wavelet-based nonstationary wind speed model in Dongting lake cable-stayed bridge", Engineering, 2, pp. 895-903
  • AM MEMARI and Andrew Scanlon, 2010, "Paper: ASSESSMENT OF REINFORCED CONCRETE BRIDGE PIERS UNDER LOW TO MODERATE SEISMIC INDUCED LOADS"
  • Peter H Bischoff and Andrew Scanlon, 2009, "ACI STRUCTURAL JOURNAL TECHNICAL PAPER", ACI Structural Journal, 106, (5-6), pp. 617
  • Sang Bum Kim, Young Hak Lee and Andrew Scanlon, 2009, "Comparative study of structural material quantities of multi-storey linear-type residential buildings", The Structural Design of Tall and Special Buildings, 18, (6), pp. 673–686
  • Andrew Scanlon, 2009, "Deflection Control for FRP-Reinforced Concrete Members: An Overview", ACI Special Publication, 264
  • Peter H Bischoff and Andrew Scanlon, 2009, "Span-Depth Ratios for One-Way Members Based on ACI 318 Deflection Limits", ACI Structural Journal, 106, (5)
  • P. Bischoff and Andrew Scanlon, 2009, "Span-to-Depth Ratios for One-way Members Based on ACI 318 Deflection Limits", ACI Structural Journal, 106, (5), pp. 617-626
  • S. B. Kim, Y. H. Lee and Andrew Scanlon, 2008, "Comparative Study of Material Quantities of Multistory Linear Type Residential Buildings", The Structural Design of Tall and Special Buildings Journal, 17, pp. 217-229
  • Sang Bum Kim, Young Hak Lee and Andrew Scanlon, 2008, "Comparative study of structural material quantities of high-rise residential buildings", The Structural Design of Tall and Special Buildings, 17, (1), pp. 217–229
  • Je Il LEE, Eric S Musselman, Andrew Scanlon and Andrea J Schokker, 2008, "Effect of Long Carbon Fibers on Deflection of One-way Members", IABSE Congress Report, 17, (2), pp. 574–575
  • Sang Bum Kim, Young Hak Lee, Andrew Scanlon, Heecheul Kim and Kappyo Hong, 2008, "Experimental assessment of vibration serviceability of stair systems", Journal of Constructional Steel Research, 64, (2), pp. 253–259
  • Andrew Scanlon and Peter H Bischoff, 2008, "Shrinkage restraint and loading history effects on deflections of flexural members", ACI Structural Journal, 105, (4)
  • Y. H. Lee and Andrew Scanlon, 2007, "Deflection Control of Concrete Structures Based on Utility Theory", ACI Structural Journal, 104, (1), pp. 60-67
  • Young Hak Lee, Andrew Scanlon and Heecheul Kim, 2007, "Deflection control of concrete members based on utility theory", ACI structural journal, 104, (1)
  • JI Lee, Andrew Scanlon and MA Scanlon, 2007, "Effect of Early Age Loading on Time-Dependent Deflection and Shrinkage Restraint Cracking of Slabs with Low Reinforcement Ratios", ACI Special Publication, 246
  • Peter H Bischoff and Andrew Scanlon, 2007, "Effective moment of inertia for calculating deflections of concrete members containing steel reinforcement and fiber-reinforced polymer reinforcement", ACI Structural Journal, 104, (1)
  • Andrew Scanlon and Young Hak Lee, 2006, "Unified span-to-depth ratio equation for nonprestressed concrete beams and slabs", ACI structural journal, 103, (1)
  • Andrew Scanlon, 2005, "Deflection Control by Design", ACI Special Publication, 225
  • Ali M Memari, Harry G Harris, Ahmad A Hamid and Andrew Scanlon, 2005, "Ductility evaluation for typical existing R/C bridge columns in the eastern USA", Engineering structures, 27, (2), pp. 203–212
  • Andrew Scanlon, Ali M Memari, Ahmad A Hamid and Harry G Harris, 2005, "Ductility evaluation for typical existing R/C bridge columns in the eastern USA", Engineering structures: The journal of earthquake, wind and ocean engineering, (2), pp. 203–212
  • Angel C Aparicio, Je Il Lee, Young Hak Lee, Thomas Paulay, Gonzalo Ramos, Guenter Rombach, Andrew Scanlon, SA Sheikh, K Sissakis, Angelika Specker and others, 2005, "Five Discussions from the January/February 2005 ACI Structural Journal", ACI Structural Journal, 102, (6)
  • Ralph G Oesterle, Armin B Mehrabi, Habib Tabatabai, Andrew Scanlon and Chris A Ligozio, 2004, "Continuity Considerations in Prestressed Concrete Jointless Bridges", Bridges, 10, (40700), pp. 25
  • Bong-Seob Choi, Andrew Scanlon and Peggy A Johnson, 2004, "Monte Carlo simulation of immediate and time-dependent deflections of reinforced concrete beams and slabs", ACI Structural Journal, 101, (5)
  • Serdar ASTARLIOGLU, Andrew Scanlon and Ali M Memari, 2004, "RECENT DEVELOPMENTS IN SNAPS3D–A FINITE ELEMENT ANALYSIS PROGRAM FOR 3-DIMENSIONAL NONLINEAR TIME-HISTORY ANALYSIS OF PRECAST CONCRETE STRUCTURES"
  • Emin A Aktan, Anand B Gogate, Maria A Polak, Alex Aswad, Jacob S Grossman, Charles G Salmon, Donald R Buettner, Hidayat N Grouni, Andrew Scanlon, Finley A Charney and others, 2003, "Control of Deflection in Concrete Structures"
  • Tarek Alkhrdaji, Azer Kehnemui, Stephen Pessiki, Joseph A Amon, Andrew T Krauklis, Predrag L Popovic, Nicholas J Carino, Michael W Lee, Guillermo Ramirez, Mary H Darr and others, 2003, "Strength Evaluation of Existing Concrete Buildings"
  • Andrew Scanlon, 2002, "DESIGN OF TWO-WAY SLAB SYSTEMS FOR STRENGTH AND SERVICEABILITY", Concrete Floors and Slabs: Proceedings of the International Seminar Held at the University of Dundee, Scotland, UK on 5-6 September 2002, 5, pp. 15
  • AJ Schokker and Andrew Scanlon, 2002, "EFFECT OF TENDON LAYOUT ON STRESSES AND DEFLECTIONS IN POST-TENSIONED SLABS", Concrete Floors and Slabs: Proceedings of the International Seminar Held at the University of Dundee, Scotland, UK on 5-6 September 2002, 5, pp. 141
  • Andrew Scanlon, Alex Aswad and James Stellar, 2002, "Precast posttensioned abutment system and precast superstructure for rapid on-site construction", Transportation Research Record: Journal of the Transportation Research Board, 1814, (1), pp. 65–71
  • Bong-Seob Choi, Byung Hwan Oh and Andrew Scanlon, 2002, "Probabilistic assessment of ACI 318 minimum thickness requirements for one-way members", ACI Structural Journal, 99, (3)
  • Andrew Scanlon, DR Cagley Orsak and DR Buettner, 2001, "ACI code requirements for deflection control: a critical review", ACI Special Publication, 203
  • Ali M Memari, Shahriar Rafiee, Alireza Y Motlagh and Andrew Scanlon, 2001, "Comparative evaluation of seismic assessment methodologies applied to a 32-story reinforced concrete office building.", Journal of Seismology and Earthquake Engineering, 3, (1), pp. 31–44
  • B-S Choi and Andrew Scanlon, 2001, "Comparison of beam deflection variability in members using high strength concrete and normal strength concrete", ACI Special Publication, 203
  • Mohamed Abou-Zeid, David W Fowler, Edward G Nawy, John H Allen, Grant T Halvorsen, Randall W Poston, James P Barlow, Will Hansen, Royce J Rhoads, Merle E Brander and others, 2001, "Control of Cracking in Concrete Structures", Report, ACI Committee, 224, pp. 12–16
  • Andrew Scanlon, 2001, "Fundamentals of High Performance Concrete", Journal of Structural Engineering, 127, (8), pp. 976–976
  • P Mwanza and Andrew Scanlon, 2000, "Bayesian prediction of prestress loss in prestressed concrete bridge girders", 8th ASCE specialty conference on probabilistic mechanics and structural reliability
  • S Astarlioglu, AM Memari and Andrew Scanlon, 2000, "Ductility-based seismic design of precast concrete large panel buildings", STRUCTURAL ENGINEERING AND MECHANICS, 10, (4), pp. 405–426
  • S Astarioglu, AM Memariz and Andrew Scanlon, 2000, "Modeling strategies for three dimensional analysis of precast panel buildings under seismic load", Proceedings of the 12-th World Conference on Earthquake Engineering
  • Bill Amrhein, Steve Apostolico, Serafim G Arzoumanidis, Alex Aswad, R Betti, David P Billington, Charles Birnstiel, Mike Bonovich, Mark D Bowman, Chun S Cai and others, 2000, "Reviewers of the Journal of Bridge Engineering", Journal of Bridge Engineering
  • AM Memari, AY Motlagh and Andrew Scanlon, 2000, "Seismic evaluation of an existing reinforced concrete framed tube building based on inelastic dynamic analysis", Engineering structures, 22, (6), pp. 621–637
  • Andrew Scanlon, 1999, "Design and Construction of Two-Way Slabs for Deflection Control", ACI Special Publication, 183
  • Andrew Scanlon and Bong-Seob Choi, 1999, "Evaluation of ACI 318 minimum thickness requirements for one-way slabs", ACI Structural Journal, 96, (4)
  • RG Oesterle, H Tabatabai, TJ Lawson, TM Refai, JS Voltz and Andrew Scanlon, 1999, "Jointless and Integral Abutment Bridges–Summary Report", Final Report to Federal Highway Administration, Washington DC
  • AM Memari, ARY Motlagh, M Akhtari, Andrew Scanlon and M Ghafory Ashtiany, 1999, "Seismic vulnerability evaluation of a 32-story reinforced concrete building", Structural Engineering and Mechanics, 7, (1), pp. 1–1
  • RG Oesterle, TM Refai, JS Volz, Andrew Scanlon and WJ Weiss, 1998, "Jointless and integral abutment bridges analytical research and proposed design procedures", Rep. No. DTFH61-92-C, 154
  • S Astarlioglu, Ali M Memari and Andrew Scanlon, 1998, "Use of inelastic design spectra in seismic design of precast concrete wall panel structures", 6th US National Conference on Earthquake Engineering. Seattle, Oakland: EERI
  • Bong-Seob Choi and Andrew Scanlon, 1997, "Span-Depth Ratio for Deflection Control of One-Way Reinforced Concrete Members", Proceedings of the Seventh International Conference on Computing in Civil and Building Engineering, 2, pp. 867
  • Mohammed R Kianoush and Andrew Scanlon, 1996, "The Earthquake Engineering Online Archive NISEE e-Library"
  • MA Polak, Andrew Scanlon and DV Phillips, 1996, "Deflection analysis of reinforced concrete members using finite element method", ACI Special Publication, 161
  • RJ Wollyung, Andrew Scanlon, Marc Carpino and Brian J Gilmore, 1996, "Performance of Timber Bridge Railing Under Vehicle Impact", Proceedings of the fourth National Workshop on Bridge Research in Progress: June 17-19, 1996, Buffalo, New York, pp. 399
  • M Reza Kianoush, Mostafa Elmorsi and Andrew Scanlon, 1996, "Response of large panel precast wall systems: analysis and design", PCI journal, 41, (6), pp. 90–108
  • GT HALVORSEN, RW POSTON, P BARLOW, DW FOWLER, HM PALMBAUM, FG BARTH, P GERGELY, KA PASHINA, AG BISHARA, W HANSEN and others, 1995, "ABSTRACT OF-JOINTS IN CONCRETE STRUCTURES", ACI STRUCTURAL JOURNAL, 92, (2), pp. 258–260
  • Grant T Halvorsen, Randall W Poston, Peter Barlow, David W Fowler, Harry M Palmbaum, Florian G Barth, Peter Gergely, Keith A Pashina, Alfred G Bishara, Will Hansen and others, 1995, "Joints in Concrete Construction", American Concrete Institute, ACI, 224
  • Andrew Scanlon, A Nanni and S Ragan, 1994, "Experimental technique for large-scale impact testing of reinforced concrete", ACI Special Publication, 143
  • Andrew Scanlon and Libanio Pinheiro, 1992, "Allowable deflections: The other side of the equation", ACI Special Publication, 133
  • Andrew Scanlon and Ross B Corotis, 1992, "Safety Provisions in Design Codes for Reinforced Concrete Structures", ACI Special Publication, 133
  • Andrew Scanlon, David R Green and David V Phillips, 1991, "Skew reinforced-concrete panels", Journal of Structural Engineering, 117, (5), pp. 1477–1491
  • Andrew Scanlon and David Thompson, 1990, "Evaluation of ACI 318 Requirements for control of two-way slab deflections", ACI Structural Journal, 87, (6)
  • M McIntyre and Andrew Scanlon, 1990, "Interpretation and application of core test data in strength evaluation of existing concrete bridge structures", Canadian Journal of Civil Engineering, 17, (3), pp. 471–480
  • NJ Gardner and Andrew Scanlon, 1990, "Long-term deflections of two-way slabs", Concr. Int, 12, pp. 63–7
  • NJ Gardner and Andrew Scanlon, 1990, "ELEVATED SLABS 63", Elevated slabs, 21, pp. 63
  • Andrew Scanlon and DR Green, 1989, "2 Serviceability and its role in predicting structural life", The Life of structures: physical testing, pp. 13
  • Richard A Link, Alaa E Elwi and Andrew Scanlon, 1989, "Biaxial tension stiffening due to generally oriented reinforcing layers", Journal of engineering mechanics, 115, (8), pp. 1647–1662
  • M Reza Kianoush and Andrew Scanlon, 1988, "Analytical modelling of large panel coupled walls for seismic loading", Canadian Journal of Civil Engineering, 15, (4), pp. 623–632
  • Andrew Scanlon and M Reza Kianoush, 1988, "Behavior of large panel precast coupled wall systems subjected to earthquake loading.", PCI Journal, 33, (5)
  • Bruce A Suprenant, H Murray Hohns, Albert W Knott, Robert E Garrett, Andrew Scanlon, Dan M Frangopol, Robert E Jones, Jr, Walter L Bradley and Marvin M Specter, 1988, "Forensic Engineering. Vol. 1. pp. 247-250. 1988 0888-8817/88 $3.00+. 00 Printtd in the USA Copyright O 1989 Pergamon Press pic", Forensic Engineering, 1, (3-4), pp. 247
  • David Thompson and Andrew Scanlon, 1988, "Minimum thickness requirements for control of two-way slab deflections", ACI Structural Journal, 85, (1)
  • Andrew Scanlon and Leonid Mikhailovskyf, 1987, "24 Evaluation of concrete highway bridge based on non-destructive testing and full scale load test", Structural Assessment: The Use of Full and Large Scale Testing, pp. 191
  • Gary J Kriviak and Andrew Scanlon, 1987, "Estimation of Compressive Strength of Concrete in Existing Structures Based on in Situ Test Data", ACI Materials Journal, 84, (3)
  • Andrew Scanlon, 1987, "Excessive Slab Deflection–A Serviceability Failure", Journal of Forensic Engineering, 1, (1), pp. 21–29
  • Eric P Jokinen and Andrew Scanlon, 1987, "Field measured two-way slab deflections", Canadian Journal of Civil Engineering, 14, (6), pp. 807–819
  • Andrew Scanlon, MA Aziz, Walter Bradley, RL Brown, Nicholas J Carino, Mr TZ Chastain, Marc Steven Colen, Bernard P Engels, GG Garrett, SK Ghosh and others, 1987, "FORENSIC ENGINEERING", Forensic Engineering, 1
  • Andrew Scanlon and Leonid Mikhailovsky, 1987, "Full-scale load test of three-span concrete highway bridge", Canadian Journal of Civil Engineering, 14, (1), pp. 19–23
  • M Reza Kianoush and Andrew Scanlon, 1987, "Seismic response of large panel coupled wall systems", Earthquake Engineering: Fifth Canadian Conference= Genie Sismique: Cinquiéme Conférence Canadienne: Proceedings: Fifth Canadian Conference on Earthquake Engineering: 6-8 July 1987: Ottawa, pp. 251
  • Andrew Scanlon and Leonid Mikhailovsky, 1987, "Strength evaluation of an existing concrete bridge based on core and non-destructive test data", Canadian Journal of Civil Engineering, 14, (2), pp. 145–154
  • Andrew Scanlon and L Mikhailovsky, 1987, "STRUCTURAL ASSESSMENT. THE USE OF FULL AND LARGE SCALE TESTING. EVALUATION OF CONCRETE HIGHWAY BRIDGE BASED ON NON-DESTRUCTIVE TESTING AND FULL SCALE LOAD TEST", Publication of: Butterworth & Company Publishers Limited
  • KS Stephen Tam and Andrew Scanlon, 1986, "Analysis of cracking due to restrained volume change in reinforced concrete members", ACI Journal Proceedings, 83, (4)
  • David Darwin, Andrew Scanlon, Peter Gergely, Alfred G Bishara, Howard L Boggs, Merle E Brander, Roy W Carlson, William L Clark, Jr, Fouad H Fouad, Milos Polvika and others, 1986, "Cracking of concrete members in direct tension", ACI Journal Proceedings, 83, (1), pp. 3–12
  • KS Stephen Tam and Andrew Scanlon, 1986, "Deflection of two-way slabs subjected to restrained volume change and transverse loads", ACI Journal Proceedings, 83, (5)
  • Cameron J Graham and Andrew Scanlon, 1986, "Long-Time Multipliers for Estimating Two-Way Slab Deflections", ACI Journal Proceedings, 83, (6)
  • do MJ Alves, Teresinha and Andrew Scanlon, 1985, "Deflection of Prestressed Concrete Beams with Openings", ACI Special Publication, 86
  • Cameron J Graham and Andrew Scanlon, 1985, "Deflections of concrete slabs under construction loading", ACI Special Publication, 86
  • LEONID MIKHAILOVSKY and Andrew Scanlon, 1985, "Nondestructive Test Methods for Evaluation of Existing Concrete Bridges", The Conference on Bridges official proceedings: 2nd Annual International Bridge Conference, June 17, 18 & 19, 1985, Hilton Hotel, Pittsburgh, Pennsylvania, USA, pp. 115
  • Andrew Scanlon and Esther Ho, 1984, "Department of Civil Engineering"
  • Andrew Scanlon, 1984, "Discussion of “Deformation of Cracked Net-Reinforced Concrete Walls” by Zdenek P. Bazcant and Byung H. Oh (January, 1983)", Journal of Structural Engineering, 110, (3), pp. 662–663
  • Andrew Scanlon, 1982, "A Parameter Study of Factors Affecting Time-Dependent Slab Deflections", ACI Special Publication, 76
  • Andrew Scanlon and David W Murray, 1982, "Practical calculation of two-way slab deflections", Concrete International, 4, (11), pp. 43–50
  • M Saatcioglu, AT Derecho, WG Corley, RA Parmelee and Andrew Scanlon, 1981, "Coupled walls in earthquake-resistant building: Parametric investigation and design procedure", NASA STI/Recon Technical Report N, 82, pp. 28487
  • T Takayanagi, Andrew Scanlon and WG Corley, 1981, "Earthquake resistant structural walls analysis of coupled wall specimens", Final Report Construction Technology Labs., Skokie, IL., 1
  • AT Derecho, M Iqbal, SK Ghosh, M Fintel, WG Corley and Andrew Scanlon, 1981, "Structural walls in earthquake-resistant buildings: Dynamic analysis of isolated structural walls. Development of design procedure: Design force levels", Final Report Portland Cement Association, Skokie, IL. Construction Technology Labs., 1
  • Murat Saatcioglu, Arnaldo T Derecho, W Gene Corley, RA PARMELEE and Andrew Scanlon, 1980, "Coupled Walls in Earthquake-Resistant Buildings", Report to NSF by Construction Technology Laboratories, Portland Cement Association, Skopie, Illinois, June l980
  • Andrew Scanlon and David W Murray, 1974, "Time-dependent reinforced concrete slab deflections", Journal of the Structural Division, 100, (9), pp. 1911–1924
  • Andrew Scanlon and DW Murray, 1972, "An analysis to determine the effects of cracking in reinforced concrete slabs", Proceedings of the Speciality Conference on Finite Element Method in Civil Engineer ing, Engineering Institute of Canada, McGill University, June 1972, pp. 841–68

Conference Proceedings

  • Marc Sanabra and Andrew Scanlon, 2014, "Reinforced Concrete Predimensioning to Enhance Optimization", IABSE Symposium Report, International Association for Bridge and Structural Engineering, 102, (20), pp. 1626–1633
  • X.-H. He, X.-W. Sheng, Andrew Scanlon and D. G. Linzell, 2012, "Behavior of Skewed Concrete Box Girder Bridge under Static and Dynamic Loading", 6th International Conference on Bridge Maintenance, Safety, and Management
  • Andrew Scanlon, L Cohen, A Gullapalli, K Karschner, JI Lee and Marietta Scanlon, 2012, "Long-Time Multipliers for Estimating Time-Dependent Deformations of Concrete Members"
  • Brian D Swartz, Andrea J Schokker and Andrew Scanlon, 2010, "Evaluation of the LRFD Bridge Design Specifications Method for Estimating Prestress Losses"
  • XH He, AH Zhao, Andrew Scanlon and LP Peng, 2010, "Local Stress Analysis and Model Test of Arch Foot for a Steel Box Arch Bridge on High-Speed Railway", pp. 121–128
  • Xu-hui He, Jun Fang, Zheng-qing Chen and Andrew Scanlon, 2010, "Multiscale-based analysis on wind-rain-induced vibration of stay cables"
  • Young Hak Lee and Andrew Scanlon, 2006, "Deflection Control for Serviceability of Reinforced Concrete Floor Systems", pp. 1–7
  • JI Lee, Andrew Scanlon and YH Lee, 2006, "Modeling Reinforced Concrete and Post-Tensioned Two-Way Slabs", CSCE, Canada
  • Ralph G Oesterle, Armin B Mehrabi, Habib Tabatabai, Andrew Scanlon and Chris A Ligozio, 2004, "Evaluation of Continuity in Prestressed Concrete Jointless Bridges"
  • Paul J Tikalsky and Andrew Scanlon, 2000, "Defining the high performance concrete requirements for highway structures"
  • Andrew Scanlon, 1996, "Evaluation of Reliability of an Existing Concrete Bridge: A Case Study", pp. 522–525
  • Thomas E Boothby, JA Laman and Andrew Scanlon, 1996, "Reliability of reinforced concrete bridge decks subject to cumulative damage"
  • Andrew Scanlon and Ross B Corotis, 1989, "Codified Reliability for Structures During Construction", ASCE, Washington DC, USA

Manuscripts

  • H. Wang, Andrew Scanlon, S. Shang and F. He, , "Shake table tests of 1:2 reduced-scale models of Chinese traditional wood structures and light wood framed structures", ASCE Journal of Structural Engineering

Other

  • Brian D Swartz, Andrew Scanlon and Andrea J Schokker, 2013, "AASHTO LRFD Bridge Design Specifications provisions for loss of prestress response"
  • X. He, Andrew Scanlon and L. I. Peng, 2010, "Study on the Dynamic Factor of the Bridge under Linear Induction Metro Train Load"
  • B. D. Swartz, A. J. Schokker and Andrew Scanlon, 2010, "Evaluation of Code Provisions for High-Strength Concrete Bridge Girders"
  • B. D. Swartz, Andrew Scanlon and A. Schokker, 2010, "Modeling Time-dependent Response and Prestress Loss in Prestressed Concrete Bridges"
  • I. Yoshitake, Y. Inatomi, Andrew Scanlon and F. Miura, 2010, "CO2 Emission from Precast Concrete System with Micropile"
  • X. E. He, J. Fang, Andrew Scanlon and Z. Q. Chen, 2009, "Wavelet-based nonstationary wind speed model in Dongting Lake cablestayed bridge"
  • Andrew Scanlon, 2009, "Deflection Control: Dealing with Uncertainty"
  • Andrew Scanlon and Y. Lin, 2009, "Tension stiffening model for reinforced concrete based on bond stress slip relation"
  • J. Y. Park and Andrew Scanlon, 2009, "Confined Concrete Model Based on Strain Compatibility"
  • J. I. Lee, C. J. Motter and Andrew Scanlon, 2009, "Refined and simplified models for analyzing two-way slabs under construction loading"
  • L. Jiang, W. Zhou and Andrew Scanlon, 2009, "Influencing factor analysis of the ultimate load carrying capacity of concrete filled steel tubular laced columns"
  • Andrew Scanlon and R. F. Fleischman, 2008, "Precast Concrete Structures for Seismic Zones"
  • Andrew Scanlon, 2008, "Deflection Control of Concrete Slabs for Lifetime Performance", pp. 25-40
  • J. I. Lee and Andrew Scanlon, 2008, "Modeling Creep and Shrinkage Effects in Cracked Tensile Zones of Reinforced Concrete", pp. 587-594
  • J. H. Choi, Y. H. Lee, H. Kim, Andrew Scanlon and B.-S. Choi, 2008, "Probability Assessments of ACI 318 Minimum Thickness Requirements and the Span-to-Depth Equation for Reinforced Concrete One-way Slabs", pp. 1337-1342
  • J. I. Lee, E. Musselman, Andrew Scanlon and A. Schokker, 2008, "Effect of Long Carbon Fibers on Deflection of One-way Members under Immediate and Sustained Loads"
  • J. I. Lee and Andrew Scanlon, 2007, "Numerical Modeling of Time Dependent Effects in Concrete Structures"
  • JI Lee, YH Lee and Andrew Scanlon, 2005, "Long-term tension-stiffening effects in concrete. Paper by Richard H. Scott and Andrew W. Beeby-Discussion"
  • Dennis R Hiltunen, Peggy A Johnson, Jeffrey A Laman, Daniel G Linzell, Arthur C Miller, Sue L Niezgoda, Andrew Scanlon, Andrea J Schokker and Paul J Tikalsky, 2004, "Interstate 99 Research"
  • AM Memari, HG Harris, AA Hamid and Andrew Scanlon, 2001, "SEISMIC COLUMN REINFORCEMENT STUDY. VOLUME I (CHAPTERS 1-6)"
  • Moustafa El-Gindy, Andrew Scanlon and R Tallon, 2000, "Crash Test of PennDOT’s Portable F-shaped Concrete Barrier"
  • Paul J Tikalsky and Andrew Scanlon, 2000, "High-Performance Concrete"
  • L NEDELCU, Andrew Scanlon, B FITZPATRICK, J WARWARUK and DR WEISS, 1986, "PRESTRESS LOSS AND DEFLECTION OF PRECAST CONCRETE MEMBERS-COMMENT"
  • Andrew Scanlon, B FITZPATRICK and J WARWARUK, 1986, "PRESTRESS LOSS AND DEFLECTION OF PRECAST CONCRETE MEMBERS-COMMENTS", JOURNAL PRESTRESSED CONCRETE INSTITUTE, 31, (3), pp. 147–151
  • K S Stephen Tam and Andrew Scanlon, 1986, "The effects of restrained shrinkage on concrete slabs"
  • H GESUND, P REGAN, Andrew Scanlon and DP THOMPSON, 1985, "DEFLECTION CONTROL OF SLABS USING ALLOWABLE SPAN TO DEPTH RATIOS-DISCUSSION", JOURNAL OF THE AMERICAN CONCRETE INSTITUTE, 82, (6), pp. 935–938
  • Andrew Scanlon, 1984, "DEFORMATION OF CRACKED NET-REINFORCED CONCRETE WALLS-DISCUSSION", JOURNAL OF STRUCTURAL ENGINEERING-ASCE, 110, (3), pp. 662–663
  • Andrew Scanlon and DW MURRAY, 1980, "TENSION STIFFENING IN REINFORCED-CONCRETE SLABS-DISCUSSION", JOURNAL OF THE STRUCTURAL DIVISION-ASCE, 106, (1), pp. 359–361
  • Andrew Scanlon, 1972, "Time dependent deflections of reinforced concrete slabs"

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The Penn State Civil and Environmental Engineering Department, established in 1881, is internationally recognized for excellence in the preparation of undergraduate and graduate engineers through the integration of education, research, and leadership.

Department of Civil & Environmental Engineering

212 Sackett Building

The Pennsylvania State University

University Park, PA 16802-1408

Phone: 814-863-3084