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kanda-2006-practical-design-criteria-for-saturatedPractical Design Criteria for Saturated Pseudo Strain Hardening Behavior in ECCTetsushi Kanda1 and Victor C. Li22006design-guidelines00_sources/foundational_papers/originals/kanda-2006-practical-design-criteria-for-saturated.pdf00_sources/foundational_papers/source_notes/kanda-2006-practical-design-criteria-for-saturated.md00_sources/foundational_papers/extracted_text/kanda-2006-practical-design-criteria-for-saturated.mdavailable
li-1992-steady-state-flat-crack-propagationSteady-State and Multiple Cracking of Short Random Fiber CompositesVictor C. Li, Christopher K. Y. Leung199210.1061/(ASCE)0733-9399(1992)118:11(2246)micromechanics00_sources/foundational_papers/originals/li-1992-steady-state-flat-crack-propagation.pdf00_sources/foundational_papers/source_notes/li-1992-steady-state-flat-crack-propagation.md00_sources/foundational_papers/extracted_text/li-1992-steady-state-flat-crack-propagation.mdavailable
li-2001-pva-ecc-tensile-strain-hardeningTensile Strain-Hardening Behavior of Polyvinyl Alcohol Engineered Cementitious Composite (PVA-ECC)Victor C. Li, Shuxin Wang, Cynthia Wu200110.14359/10724ECC00_sources/foundational_papers/originals/li-2001-pva-ecc-tensile-strain-hardening.pdf00_sources/foundational_papers/source_notes/li-2001-pva-ecc-tensile-strain-hardening.md00_sources/foundational_papers/extracted_text/li-2001-pva-ecc-tensile-strain-hardening.mdavailable2026-08-18_extreme_sync
li-2002-interface-tailoring-for-strain-hardening-polyvinylInterface Tailoring for Strain-Hardening Polyvinyl Alcohol-Engineered Cementitious Composite (PVA-ECC)Victor C. Li, Cynthia Wu, Shuxin Wang, Atsuhisa Ogawa, and Tadashi Saito2002material-behavior00_sources/foundational_papers/originals/li-2002-interface-tailoring-for-strain-hardening-polyvinyl.pdf00_sources/foundational_papers/source_notes/li-2002-interface-tailoring-for-strain-hardening-polyvinyl.md00_sources/foundational_papers/extracted_text/li-2002-interface-tailoring-for-strain-hardening-polyvinyl.mdavailable2026-08-18_extreme_sync
lin-1997-crack-bridging-in-fiber-reinforced-cementitiousCRACK BRIDGING IN FIBER REINFORCED CEMENTITIOUS COMPOSITES WITH SLIP-HARDENING INTERFACESZHONG LIN and VICTOR C. LI1997highly ductile composites00_sources/foundational_papers/originals/lin-1997-crack-bridging-in-fiber-reinforced-cementitious.pdf00_sources/foundational_papers/source_notes/lin-1997-crack-bridging-in-fiber-reinforced-cementitious.md00_sources/foundational_papers/extracted_text/lin-1997-crack-bridging-in-fiber-reinforced-cementitious.mdavailable
lu-2018-flaw-characterization-and-correlation-withFlaw characterization and correlation with cracking strength in Engineered Cementitious Composites (ECC)Cong Lu, Victor C. Li, Christopher K.Y. Leung201810.1016/j.cemconres.2018.02.024micromechanics00_sources/foundational_papers/originals/lu-2018-flaw-characterization-and-correlation-with.pdf00_sources/foundational_papers/source_notes/lu-2018-flaw-characterization-and-correlation-with.md00_sources/foundational_papers/extracted_text/lu-2018-flaw-characterization-and-correlation-with.mdavailable2026-08-18_extreme_sync
redon-2001-measuring-and-modifying-interface-properties-ofMEASURING AND MODIFYING INTERFACE PROPERTIES OF PV A FIBERS IN ECC MATRIXCarl Redon, Victor C. Li, Fellow, ASCE, Cynthia Wu, Hideki Hoshiro, Tadashi Saito, and Atsuhisa Ogawa2001material-behavior00_sources/foundational_papers/originals/redon-2001-measuring-and-modifying-interface-properties-of.pdf00_sources/foundational_papers/source_notes/redon-2001-measuring-and-modifying-interface-properties-of.md00_sources/foundational_papers/extracted_text/redon-2001-measuring-and-modifying-interface-properties-of.mdavailable2026-08-18_extreme_sync
tosunfelekoglu-2013-the-role-of-flaw-size-andThe role of flaw size and fiber distribution on tensile ductility of PVA-ECCKamile Tosun-Felekog˘lu, Burak Felekog˘lu, Ravi Ranade, Bang Y. Lee, Victor C. Li201310.1016/j.compositesb.2013.08.089highly ductile composites00_sources/foundational_papers/originals/tosunfelekoglu-2013-the-role-of-flaw-size-and.pdf00_sources/foundational_papers/source_notes/tosunfelekoglu-2013-the-role-of-flaw-size-and.md00_sources/foundational_papers/extracted_text/tosunfelekoglu-2013-the-role-of-flaw-size-and.mdavailable2026-08-18_extreme_sync
wang-2004-fracture-mechanics-of-concrete-structuresTailoring of pre-existing flaws in ECC matrix for saturated strain hardeningShuxin Wang, Victor C. Li200410.87031/1352material-behavior00_sources/foundational_papers/originals/wang-2004-fracture-mechanics-of-concrete-structures.pdf00_sources/foundational_papers/source_notes/wang-2004-fracture-mechanics-of-concrete-structures.md00_sources/foundational_papers/extracted_text/wang-2004-fracture-mechanics-of-concrete-structures.mdavailable2026-08-18_extreme_sync
yang-2008-fiber-bridging-constitutive-law-ofFiber-Bridging Constitutive Law of Engineered Cementitious CompositesEn-Hua Yang, Shuxin Wang, Yingzi Yang and Victor C. Li2008material-behavior00_sources/foundational_papers/originals/yang-2008-fiber-bridging-constitutive-law-of.pdf00_sources/foundational_papers/source_notes/yang-2008-fiber-bridging-constitutive-law-of.md00_sources/foundational_papers/extracted_text/yang-2008-fiber-bridging-constitutive-law-of.mdavailable