春水堂视频

See updated list

[J24] 听 Ahmadi, H., Salah, A., Manalo, A., Dixon, P.G., Karunasena, W., Tien, C.M.T., Kiriella, S., O鈥橰ourke, T.D., & Wham, B.P. (2024). "Linear and nonlinear axial behaviour of internal replacement pipe systems for pipeline rehabilitation". Structure and Infrastructure Engineering, (May), 1鈥�33.

[J23] 听 Bessette, C., Brito, L., Dashti, S., Liel, A.B., & Wham, B.P. (2024). "Development of dynamic centrifuge models for measurement and visualization of deformation mechanisms in liquefiable soils". Soil Dynamics and Earthquake Engineering, 181(Sept. 2023), 108651.

[J22] 听 Ahmadi, H., Manalo, A., Dixon, P.G., Salah, A., Karunasena, W., Tien, C.M.T., Kiriella, S., O鈥橰ourke, T.D. & Wham, B.P. (2024). "Temperature change-induced linear and nonlinear axial responses of internal replacement pipe (IRP) systems for pipeline rehabilitation incorporating the effects of soil friction". Structures. 62(March), 106247.

[J21] 听 Kiriella, S., Manalo, A., Tien, C.M.T., Ahmadi, H., Dixon, P.G., Karunasena, W., Salah, A., & Wham, B.P. (2024). Bending fatigue behaviour of internal replacement pipe systems. Composite Structures, 331, 117910.

[J20] 听 Madabhushi, S.S.C., Hruby, J., & Wham, B.P. (2023). Experimentally investigating the influence of changing payload stiffness on outer loop iterative learning control strategies with shaking table tests. Journal of Vibration and Control.

[J19] 听 Kiriella, S., Manalo, A., Tien, C.M.T., Ahmadi, H., Wham, B.P., Salah, A., Tafsirojjaman, T., Karunasena, W., Dixon, P., O鈥橰ourke, T.D., (2023). Lateral deformation behaviour of structural internal replacement pipe repair systems. Compos. Struct. 319, 117144.

[J18] 听 Metz, A.J., Fischer, E.C.,& Wham, B.P. (2023). Behavior of Service Lateral Pipes during Wildfires: Testing Methodologies and Impact on Drinking Water Contamination. ACS ES&T Water..

[J17] 听 Whelton+, A.J., Seidel, C., Wham, B.P., Fischer, E.C., Isaacson, K., Jankowski, C., MacArthur, N., McKenna, E. Ley, C. (2023). "The Marshall Fire: Scientific and Policy Needs for Water System Disaster Response". AWWA Water Science. 5(1), 1鈥�21..(open access)

[J16] 听 Dixon, P., Tafsirojjaman, T., Klingaman, J., Hubler, M.H., Dashti, S., O鈥橰ourke, T.D., Farrag, K., Manalo, A., & Wham, B.P. (2023). 鈥淪tate-of-the-art Review of Performance Objectives for Legacy Gas Pipelines with Pipe-in-Pipe Rehabilitation Technologies鈥� Journal of Pipeline Systems and Engineering Practice, 14(2), 1鈥�13..

[J15] 听 Tien, C.M.T, Manalo, A., Kiriella, S., Karunasena, W., Dixon, P., & Wham, B.P.(2023). 鈥淓ffects of the legacy pipe ends on the behaviour of pipe-in-pipe repair systems under internal pressure鈥� Engineering Failure Analysis, 144(Nov. 2022), 106957..

[J14] 听 Tafsirojjaman, T., Manalo, A., Tri Tien, C.M., Wham, B.P., Salah, A., Kiriella, S., Karunasena, W., Dixon, P. (2022). 鈥淎nalysis of failure modes in pipe-in-pipe repair systems for water and gas pipelines鈥� Engineering Failure Analysis, 140(June), 106510. .

[J13] 听 Richter, E.G., Metz, A., Fischer, E.C., Wham, B.P. (2022). Simulation of Heat Transfer Through Soil for the Investigation of Wildfire Impacts on Buried Pipelines. Fire Technology, 58(4), 1889-1915.

[J12+] Banushi, G. & Wham, B.P. (2021). Deformation Capacity of Buried Hybrid-Segmented Pipelines under Longitudinal Permanent Ground Deformation. Canadian Geotechnical Journal, cgj-2020-0049..听 [+Awarded Editor鈥檚 Choice: ]

[J11] 听 Tiznado, J.C., Dashti, S., Ledezma, C. Wham, B.P. & Badanagki, M. (2020). Performance of Embankments on Liquefiable Soils Improved with Dense Granular Columns: Observations from Case Histories and Centrifuge Experiments. ASCE Journal of Geotechnical and Geoenvironmental Engineering, 146(9), 04020073..

[J10] 听 Wham, B.P., & Davis, C.A. (2019). Buried Continuous and Segmented Pipelines Subjected to Longitudinal Permanent Ground Deformation. ASCE Journal of Pipeline Systems Engineering and Practice, Vol.10(4)..

[J9]听 听 Lin, T.H., Wu, Y., Soga, K., Wham, B.P., Pariya-Ekkasut, C., Berger, B., O鈥橰ourke, T.D. (2019). Buried Wireless Sensor Networks for Monitoring Pipeline Joint Leakage Caused by Large Ground Movements. ASCE Journal of Pipeline Systems Engineering and Practice. Vol.10(4)..听听

[J8]听 听 Argyrou, C., O鈥橰ourke, T. D., Stewart, H.E., Wham, B.P. (2019). Large-Scale Fault Rupture Tests on Pipelines Reinforced with Cured-In-Place Linings. ASCE Journal of Geotechnical and Geoenvironmental Engineering. Vol.145(3)..

[J7]听 听 Kayen, R., Kokusho, T., Hazarika, H., Dashti, S., Calderon, J.R., Franke, K., Oettle, N.K., Wham, B.P., Louis-Kayen G.P., Sitar, R., & Louis-Kayen, N.M. (2018). Geotechnical extreme-event reconnaissance (GEER) investigation to the 2016 Mw 6.0, M w 6.2 and M w 7.0 Kumamoto Japan Earthquakes. Lowland Technology Intl. Journal: Special Ed. on 2016 Kumamoto Earthquake. Vol.19(4), 267-274.

[J6]听 听 Wham, B.P., Dashti, S., Franke, K.W, Kayen, R., Oettle, N.K. (2017). Water Supply Damage Caused by the 2016 Kumamoto Earthquake. Lowland Technology Intl. Journal: Special Ed. on 2016 Kumamoto Earthquake. Vol.19(3), 165-174.

[J5]听 听 Wham, B.P., Argyrou, C., O鈥橰ourke, T.D. (2017). Jointed Pipeline Response to Tunneling Induced Ground Deformation. Canadian Geotechnical Journal: Special Issue on Pipeline Geotechnics. Vol.53(11)..

[J4+]听 听 Wham, B.P., Argyrou, C., O鈥橰ourke, T.D., Stewart, H.E., Bond, T.K. (2017) PVCO Pipeline Performance Under Large Ground Deformation. ASME Journal of Pressure Vessel Technology. Vol.139(1).听 [+recipient of 2017 G.E.O Widera Literature Award for Outstanding Technical Paper]

[J3]听 听 Kayen, R., Dashti, S., Kokusho, T., Hazarika, H., Franke, K., Oettle, N.K., Wham, B.P., Calderon, J.R. (2016). GEER Reconnaissance of the 2016 Kumamoto Earthquakes. JSCE Journal of Disaster FactSheets.

[J2]听 听 Wham, B.P., & O鈥橰ourke, T.D. (2015). Jointed Pipeline Response to Large Ground Deformation. ASCE Journal of Pipeline Systems Engineering and Practice. Vol.7(1).

[J1]听 听 Zhong, Z., Aref. A., Bouziou, D., Wham, B.P., Filiatrault, A., O'Rourke, T. D., Stewart, H. E. (2014). Seismic Testing of Critical Lifelines Rehabilitated with Cured in Place Pipeline Lining Technology. Journal of Earthquake Engineering. Vol.18(6).Wham, B.P., Anderson, D.K., & Ihnotic, C.R. (2020). "Experimental Assessment of Pipeline Connection Response to Transverse Loading".听 Proc., Pipelines 2020. San Antonio: American Society of Civil Engineers (ASCE). (accepted)

• Badanagki, M.,听Dashti, S.,听Paramasivam, B.,听Tiznado, J.C.听(2019).听"How Do Granular Columns Affect the Seismic Performance of Non-Uniform Liquefiable Sites and Their Overlying Structures?"听Soil Dynamics and Earthquake Engineering, 125.
• Kirkwood, P., and听Dashti, S.听(2019). 鈥淚nfluence of Prefabricated Vertical Drains on the Seismic Performance of Similar Neighboring Structures Founded on Liquefiable Deposits,鈥澨�Geotechnique,听DOI:听.
• Ramirez, J., Barrero, A., Chen, L.,听Dashti, S., Ghofrani, A., Taiebat, M., Arduino, P. (2018). 鈥淪ite Response in a Layered Liquefiable Deposit: Evaluation of Different Numerical Tools and Methodologies with Centrifuge Experimental Results,鈥澨�ASCE Journal of Geotechnical and GeoEnvironmental Engineering, 144(10),听.
• Badanagki, M.,听Dashti, S.,听Kirkwood, P.听(2018). 鈥淎n Experimental Study of the Influence of Dense Granular Columns on the Performance of Level and Gently Sloping Liquefiable Sites,鈥澨�ASCE Journal of Geotechnical and GeoEnvironmental Engineering, 144(9),听.
• Kirkwood, P., and听Dashti, S.听(2018). 鈥淎 Centrifuge Study of Seismic Structure-Soil-Structure Interaction on Liquefiable Ground and the Implications for Structural Performance,鈥澨�Earthquake Spectra, 34(3), 1-22, DOI: 10.1193/052417EQS095M.
• Kirkwood, P., and听Dashti, S.听(2018). 鈥淐onsiderations for Mitigation of Earthquake-Induced Soil Liquefaction in Urban Environments,鈥澨�ASCE Journal of Geotechnical and GeoEnvironmental Engineering, 144(10), DOI: 10.1061/(ASCE)GT.1943-5606.0001936.
• Esmaeilzadeh, E., Jeong, C.,听Dashti, S.,听Hushmand, A., Taciroglu, E. (2018). 鈥淪eismic response of buried reservoir structures: a comparison of numerical simulations with centrifuge experiments,鈥澨�Soil Dynamics and Earthquake Engineering, 109, 89-101, DOI听.
• Li, P.,听Dashti, S.,听Badanagki, M.,听Kirkwood, P.听(2018). "Evaluating 2-D Numerical Simulations of Dense Granular Columns in Level and Gently Sloping Liquefiable Sites using Centrifuge Experiments,"听Soil Dynamics and Earthquake Engineering, 110, 232-243.
• Hushmand, A.,听Dashti, S.,听Davis, C., McCartney, J.S. Hushmand, B. (2016). 鈥淎 Centrifuge Study of the Influence of Site Response, Relative Stiffness, and Kinematic Constraints on the Seismic Performance of Buried Reservoir Structures,鈥澨�Soil Dynamics and Earthquake Engineering Journal, 88, 427-438.
• Hushmand, A.,听Dashti, S., Davis, C., Hushmand, B., McCartney, J.,听Hu, J., Lee, Y. (2016). 鈥淪eismic Performance of Underground Reservoir Structures: Insight from Centrifuge Modeling on the Influence of Backfill Soil Type and Geometry,鈥澨�Journal of Geotechnical and Geoenvironmental Engineering, ASCE听听, 04016058.
• Dashti, S.,听Hashash, Y.,听Gillis, K.,听Musgrove, M., and Walker, M. (2016). 鈥淒evelopment of Dynamic Centrifuge Models of Underground Structures near Tall Buildings,鈥澨�Soil Dynamics and Earthquake Engineering Journal, 86, 89-105.
• Deng, Y.H.,听Dashti, S.,听Hushmand, A., Davis, C., Hushmand, B (2016). 鈥淪eismic Response of Underground Reservoir Structures in Sand: Evaluation of Numerical Simulations using Centrifuge Experiments,鈥澨�Soil Dynamics and Earthquake Engineering Journal, 85, 202-216.
• Hushmand, A.,听Dashti, S.,听Davis, C., Hushmand, B., Zhang, M., Ghayoomi, M., McCartney, J., Lee, Y., Hu, J. (2016). 鈥淪eismic Performance of Underground Reservoir Structures: Insight from Centrifuge Modeling on the Influence of Structure Stiffness,鈥澨�Journal of Geotechnical and Geoenvironmental Engineering, ASCE, 10.1061/(ASCE)GT.1943-5606.0001477.
• Hashash, Y.,听Dashti, S.,听Romero Arduz, M.I.,听Ghayoomi, M.听(2015). 鈥淓valuation of 1-D Seismic Site Response Modeling of Sand using Centrifuge Experiments,鈥澨�Soil Dynamics and Earthquake Engineering Journal,听78, 19-31.

• L. Li, Y. Zhang, M. H. Hubler, Y. Xi*, 鈥淓xperimental Study on Nanoparticle Injection by Using a Lab-scale Wellbore System鈥澨�Cement and Concrete Composites, 2022.听
• M. H. Hubler* and Z. Alquraini, 鈥淲orking with Randomness: A Perspective on Using Spatial Statistics to Engineer the Mechanics of Heterogenous Materials,鈥澨�Mechanics Research Communications, 2021.听
• L. Li, Y. Zhang, M. H. Hubler, and Y. Xi*, 鈥淓xperimental Study on Nanoparticle Injection Technology for Remediating Leaks of Gas Storage and Transportation,鈥澨�Journal of Petroleum Science and Engineering, 2021.听
• L. Li, M. Abdelrahman, M. H. Hubler, Y. Xi*, 鈥淣umerical Modeling of the Injection of Nanoparticles in Saturated Cementitious Material by Electromigration,鈥澨�Journal of Engineering Mechanics, 2021.听听
• J. Qiu, J. Artier, S. M. Cook, W. V. Srubar III, J. C. Cameron*, M. H. Hubler*, 鈥淓ngineering Living Building Materials (LBMs) towards Enhanced Bacterial Viability and Mechanical Properties,鈥澨�iScience, 2021.听
• L. Li, M. H. Hubler, and Y. Xi*, 鈥淭heoretical Modeling on Chemical Composition and Mechanical Properties of Well Cement under Carbonation Reactions,鈥澨�Journal of Cleaner Production, 2020.听
• M. H. Hubler*, S. Al Wakeel, and B. Wang, 鈥淚mproving Concrete Toughness by Aggregate Arrangement,鈥澨�RILEM Technical Letters, 5, 2020.听
• Y. Zhang, L. Li, Y. Xi, and M. H. Hubler*, 鈥淓xperimental and theoretical study of the restrained shrinkage cracking of early age well cement,鈥澨�Construction and Building Materials, 11, 2020.听
• Y. Zhang and M. H. Hubler*, 鈥淭he role of early drying cracks in the shrinkage size effect of cement paste,鈥澨�Journal of Engineering Mechanics, 2020.听
• L. Li, M. H. Hubler, and Y. Xi*, 鈥淢odelling the Corrosion of Steel Casing and the Damage of Well Cement in a Borehole System,鈥澨�Construction and Building Materials, 259, 119701. 2020.听
• C. M. Heveran, S. L. Williams, J. Qiu, J. Artier, M. H. Hubler, S. M. Cook, J. C. Cameron, and W. V. Srubar III*, 鈥淏iomineralization and Successive Regeneration of Engineered Living Building Materials.鈥澨�Matter, 2 (2), 481-494. 2020.听
• P. S. Baqu茅 and M. H. Hubler*, 鈥淧article spatial arrangement metrics for near-crack-tip stress,鈥澨�Theoretical and Applied Fracture Mechanics, 104, 102386. 2019.听
• C. M. Heveran*, L. Liang, A. Nagarajan, M. H. Hubler, R. Gill, R, J. Cameron, S. M. Cook, and W. V. Srubar, 鈥淓ngineered Ureolytic Microorganisms Can Tailor the Morphology and Nanomechanical Properties of Microbial-Precipitated Calcium Carbonate.鈥澨�Scientific Reports,听9, 1-13. 2019.听
• L. D. Montoya*, H. K. Gadde, W. M. Champion, N. Li, and M. H. Hubler. 鈥淧M2.5 generated during rapid failure of fiber-reinforced concrete induces TNF-alpha response in macrophages.鈥澨�Science of The Total Environment,听690, 209-216. 2019.听
• S. Al Wakeel, J. N臎me膷ek, L. Li, Y. Xi, and M. H. Hubler*. 鈥淭he effect of introducing nanoparticles on the fracture toughness of well cement,鈥澨�International Journal of Greenhouse Gas Control,听84, 147-153. 2019.听
• L. Liang*, C. M. Heveran, R. Liu, R. T. Gill, A. Nagarajan, J. Cameron, M. H. Hubler, W. V. Srubar III, and S. M. Cook*. 鈥淩ational control of calcite precipitation by engineered听scherichia coli.鈥澨�ACS Synthetic Biology,听7听(11), 2497-2506. 2018.听
• S. Al Wakeel, F. Ghanbari, and M. H. Hubler*. 鈥淧article arrangement effects on the stress intensity in composite material.鈥澨�Engineering Fracture Mechanics,听202, 33-46. 2018.听.
• S. Al Wakeel, and M. H. Hubler*. 鈥淚ntroducing heterogeneity into the micro-scratch test fracture toughness relation for brittle particle composites,鈥澨�Experimental Mechanics,听58, 1127-1247. 2018.听.
• S. Monfared*, H. Laubie, F. Radjai, M. H. Hubler, R. Pellenq, and F.-J. Ulm. 鈥淎 methodology to calibrate and to validate effective solid potentials of heterogeneous porous media from computed tomography scans and laboratory-measured nanoindentation data,鈥澨�Acta Geotechnica,听13(6). 1369-1394. 2018.听.
• E. W. Heichelheim, L. D. Montoya, and M. H. Hubler*. 鈥淎erosol generation in compressive concrete fragmentation,鈥澨�Construction and Building Materials,听155, 1039-1049. 2017.听.
• M. H. Hubler*, J. Gelb, and F.-J. Ulm. 鈥淢icrotexture analysis of gas shale by XRM imaging,鈥澨�Journal of Nanomechanics and Micromechanics,听7(3), 04017005. 2017.听.
• M. H. Hubler*, F.-J. Ulm. 鈥淪ize Effect Law for Scratch Tests of Axisymmetric Shape,鈥澨�Journal of Engineering Mechanics.听142(12), 04016094. 2016.听.
• Q. Yu, J.-L. Le, M. H. Hubler, R. Wendner, G. Cusatis, and Z. P. Ba啪ant*, 鈥淐omparison of Main Models for Size Effect on Shear Strength of Reinforced and Prestressed Concrete Beams鈥澨�Structural Concrete.听17(5), 778-789. 2016.听.
• RILEM TC-242-MDC, 鈥淩ILEM draft recommendation: TC-242-MDC multi-decade creep and shrinkage of concrete: material model and structural analysis*,鈥澨�RILEM Materials and Structures,听48(4), 753-770. 2015.听.
• R. Wendner, M. H. Hubler, and Z. P. Ba啪ant*, 鈥淥ptimization method, choice of form and uncertainty quantification of Model B4 using laboratory and multi-decade bridge databases,鈥澨�RILEM Materials and Structures,听4(48), 771-796. 2015.听.
• M. H. Hubler, R. Wendner, and Z. P. Ba啪ant*, 鈥淪tatistical justification of Model B4 for drying and autogenous shrinkage of concrete and comparisons to other models,鈥澨�RILEM Materials and Structures,听48(4), 797-814. 2015.听.
• R. Wendner, M. H. Hubler, and Z. P. Ba啪ant*, 鈥淪tatistical justification of model B4 for multi-decade concrete creep using laboratory and bridge databases and comparisons to other models,鈥澨�RILEM Materials and Structures,听48(4), 815-833. 2015.听.
• M. H. Hubler, R. Wendner, and Z. P. Ba啪ant*, 鈥淐omprehensive Database for Concrete Creep and Shrinkage: Analysis and Recommendations for Testing and Recording,鈥澨�ACI Materials Journal, 112(4), 547-558. 2015.听.
• Z. P. Ba啪ant* and M. H. Hubler, 鈥淭heory of Cyclic Creep of Concrete Based on Paris Law for Fatigue Growth of Subcritical Microcracks,鈥澨�Journal of the Mechanics and Physics of Solids,听63, 187-200. 2013.听.
• C. Hoover, Z. P. Ba啪ant*, J. Vorel, R. Wendner, and M. H. Hubler, 鈥淐omprehensive Concrete Fracture Tests: Description and Results,鈥澨�Engineering Fracture Mechanics,听114, 92-103. 2013.听.
• Z. P. Ba啪ant*, M. H. Hubler, and M. Jir谩sek, 鈥淚mproved Estimation of Long-Term Relaxation Function from Compliance Function of Aging Concrete,鈥澨�ASCE Journal of Engineering Mechanics,听139(2), 146-152. 2013.听.
• Z. P. Ba啪ant*, Q. Yu, M. H. Hubler, V. K艡铆stek, V., and Z. Bittnar, 鈥淲ake-up call for creep, myth about size effect and black holes in safety: What to improve in fib model code draft.鈥� In Befestigungstechnik鈥� Bewehrungstechnik (in honor of Rolf Eligehausen 70^th听birthday), ibidem-Verlag, Stuttgart, W. Fuchs and J. Hofmann, eds., 357-379, 2012. ISBN 978-87158-26-7听
• Z. P. Ba啪ant*, M. H. Hubler, and Q. Yu, 鈥淧ervasiveness of Excessive Segmental Bridge Deflections: Wake-Up Call for Creep,鈥澨�ACI Structural Journal,听108(6), 766-774. 2011.
• Z. P. Ba啪ant*, M. H. Hubler, and Q. Yu, 鈥淓xcessive Creep Deflections: An Awakening,鈥澨�Concrete International,听33(8), 44-46. 2011.
• M. H. Hubler, J. J. Thomas*, and H. M. Jennings, 鈥淚nfluence of nucleation seeding on the hydration kinetics and compressive strength of alkali activated slag paste,鈥澨�Cement & Concrete Research,听41(8), 842-846. 2011.听.
• B. Shen, M. H. Hubler, G. H. Paulino*, and L. J. Struble, 鈥淔unctionally-graded fiber-reinforced cement composite: Processing, microstructure, and properties,鈥澨�Cement & Concrete Composites,听30(8), 663-673. 2008.听.

• Chen, X, WV Srubar III. (2020) 鈥淪ulfuric Acid Improves the Reactivity of Zeolites via Dealumination鈥� In review.
• Gevaudan, JP, JD Wallat, B Lama, WV Srubar III. (2020) 鈥淧VA- and PEG-assisted Sol-gel Synthesis of Aluminosilicate Precursors for N-A-S-H Geopolymer Cements.鈥� Journal of the American Ceramic Society 103: 859-877. Link:
• Gevaudan, JP, A Caicedo-Ramirez, MT Hernandez, WV Srubar III. (2019). 鈥淐opper and Cobalt Improve the Acid Resistance of Alkali-Activated Cements.鈥� Cement and Concrete Research, 115: 327-338. Link:
• Gevaudan, JP, J Osio-Norgaard, WV Srubar III. (2019). 鈥淎lternative Cements: Recent Developments and Future Directions鈥� AEI 2019: Integrated Building Solutions鈥揟he National Agenda. Link:
• Gevaudan, JP, J Osio-Norgaard, WV Srubar III. 鈥淎cid Resistance Mechanisms of Alkali-Activated Cements,鈥� 2019 International Congress on the Chemistry of Cement, Prague, Czech Republic. 18 September 2019. // Oral Presentation by J Gevaudan
• Osio-Norgaard, J, JP Gevaudan, J, WV Srubar III. (2018) 鈥淎 Review of Chloride Transport in Alkali-Activated Cement Paste, Mortar and Concrete.鈥� Construction and Building Materials, 186: 191-206. Link:
• Gevaudan, JP, WV Srubar III. (2017). "Mineralogical Stability of Metakaolin-based Alkali-Activated Cements." Proceedings of the XIV Durability of Materials and Components (DBMC) Conference, Ghent, Belgium.
• Gevaudan, JP, KM Campbell, TJ Kane, RK Shoemaker, WV Srubar III. (2017). 鈥淢ineralization Dynamics of Metakaolin-based Alkali-Activated Cements.鈥� Cement and Concrete Research, 94: 1-12. Link:
• Gevaudan, JP, WV Srubar III. (2017). "Energy Performance of Alkali-Activated Cement-based Concrete Buildings." Proceedings of the 2017 Architectural Engineering Institute (AEI) Conference, Oklahoma City, Oklahoma, USA.
• Gevaudan, JP, WV Srubar III. (2016). 鈥淓xploring the Acid Resistance of Alkali-Activated Cements (AACs): Improving the Sustainability and Resilience of Urban Infrastructure.鈥� Symposium for Sustainable Infrastructure, University of Colorado Boulder. 23 May 2016. // Poster Presentation by JP Gevaudan.
• Frazier, SD, MG Matar, AN Aday, J Osio-Norgaard, EA Delesky, WV Srubar III. (2020). 鈥淚nhibiting Freeze-Thaw Damage in Cement Paste and Concrete by Mimicking Nature鈥檚 Antifreeze,鈥� Cell Reports Physical Science, 1, 100060.
• Delesky, EA, SD Frazier, JD Wallat, KL Bannister, CM Heveran, WV Srubar III. (2019). 鈥淚ce-Binding Protein from Shewanella frigidimarinas Inhibits Ice Crystal Growth in Alkaline Solutions,鈥� Polymers, 11(2): 299.
• Frazier, SD, AN Aday, J Osio-Norgaard, WV Srubar III. (2019). 鈥淏iomimetic Antifreeze Polymers: Can they Mitigate Freeze-Thaw Damage?鈥� 2019 American Concrete Institute (ACI) Fall Convention, Cincinnati, Ohio, USA. 21 October 2019
• Srubar III, WV, SD Frazier, AN Aday, J Osio-Norgaard. (2019). 鈥淏eyond AEAs: Can Biomimetic Antifreeze Polymers Enhance the Freeze-thaw Resistance of Cement Paste?鈥� 10th Annual American Ceramics Society (ACerS) Cements Division Advances in Cement-based Materials Conference; Champaign, Illinois, USA. 16 June 2019.
• Frazier, SD, WV Srubar III. (2019). 鈥淏iomimetic Ice-binding Polymers: A Novel Deicing Salt Alternative.鈥� 2019 Transportation Research Board (TRB) Annual Meeting. 1 January 2014, Washington, DC USA.
• Delesky, EA, SD Frazier, JW Wallat, WV Srubar III. (2018). 鈥淚ce Crystallization in Cement-based Materials: Can Nature (and Biomimicry) Help?鈥� 9th Annual American Ceramics Society (ACerS) Cements Division Advances in Cement-based Materials Conference; State College, Pennsylvania, USA. 11 June 2018.
• Delesky, EA, WV Srubar III. (2017). 鈥淪ynthetic Routes from Ice Binding Proteins to Biomimetic Antifreeze Polymers.鈥� 3rd International Ice-Binding Proteins Conference, Rehovot, Israel, 16 August 2017.
• Delesky, EA, WV Srubar III. (2017) 鈥淏iomimetic Antifreeze Polymers for Cryopreservation.鈥� Quantitative Biology Student Symposium, University of Colorado Boulder. 25 May 2017.

• Tiznado, J.C., Dashti, S., Ledezma, C. & Wham, B.P. (2019). Performance of Embankments on Liquefiable Soils Improved with Dense Granular Columns: Observations from Case Histories and Centrifuge Experiments. ASCE Journal of Geotechnical and Geoenvironmental Engineering (under review).
• Tiznado, J.C., Dashti, S., Wham, B.P., & Ledezma, C. (2019). "Centrifuge study of the seismic response of embankments on liquefiable soils improved with dense granular columns". Proc., 7th Int. Conf. Earthq. Geotech. Eng. Roma, Italy, June 17-20.
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• Paramasivam, B.,听Dashti, S., Liel, A. (2019). "Impact of Spatial Variations in Permeability of Liquefiable Deposits on the Seismic Performance of Structures and Effectiveness of Drains,"听ASCE Journal of Geotechnical and GeoEnvironmental Engineering,听145(8).
• Paramasivam, B.,听Dashti, S., Liel, A. (2018). 鈥淚nfluence of Prefabricated Vertical Drains on the Seismic Performance of Structures Founded on Liquefiable Soils,鈥澨�ASCE Journal of Geotechnical and GeoEnvironmental Engineering, 144(10), DOI: 10.1061/(ASCE)GT.1943-5606.0001950听(Selected as the听Editor鈥檚 Choice).
• Olarte, J.,听Dashti, S.,听Liel, A.,听Paramasivam, B.听(2018). "Effects of Drainage Control on Densification as a Liquefaction Mitigation Technique,"听Soil Dynamics and Earthquake Engineering, 110, 212-231.
• Olarte, J.,听Dashti, S.,听Liel, L. (2018). 鈥淐an Ground Densification Improve Seismic Performance of Inelastic Structures on Liquefiable Soils?鈥澨�Journal of Earthquake Engineering and Structural Dynamics, DOI: 10.1002/eqe.3012.
• Olarte, J.,听Paramasivam, B.,听Dashti, S., Liel, L., Zannin, J.听听(2017). 鈥淐entrifuge Modeling of Mitigation-Soil-Foundation-Structure Interaction on Liquefiable Ground,鈥澨�Soil Dynamics and Earthquake Engineering, 97, 304-323.
• Chelsea M. Heveran, Sarah L. Williams, Jishen Qiu, Juliana Artier, Mija H. Hubler, Sherri M. Cook, Jeffrey C. Cameron, Wil V. Srubar, Biomineralization and Successive Regeneration of Engineered Living Building Materials, Matter, Volume 2, Issue 2, 2020, Pages 481-494, ISSN 2590-2385, . ()
• Williams, S. L., Artier, J., Qiu, J., Heveran, C., Nagarajan, A., Hubler, M., Cook, S. M., Cameron, J. C., & Srubar III, W. V. (2019). Regenerative hydrogel-based living microbial mortars: investigation of viability and strength in successive material generations. Academic Journal of Civil Engineering, 37(2), 238-243.
• Srubar III, W., Nagarajan, A., Cook, S., Cameron, J., Gill, R., Hubler, M., Liang, L., & Heveran, C. Engineered Ureolytic Microorganisms Can Tailor the Morphology and Nanomechanical Properties of Microbial-Precipitated Calcium Carbonate.