@incollection{, A2B4EFE16626C419E8820D198A8A014C , author={{LixiangYang} and {University of Cincinnati simulation Centre}}, journal={{Global Journal of Researches in Engineering}}, journal={{GJRE}}2249-45960975-586110.34257/gjre, address={Cambridge, United States}, publisher={Global Journals Organisation}2014354 } @incollection{b0, , title={{The effect of neuromuscular training on the incidence of knee injury in female athletes, A Prospective Study}} , author={{ TEHewett } and { TNLindenfeld }} , journal={{The American Journal of Sports Medicine}} 27 6 , year={1999} } @incollection{b1, , title={{The epidemiology of knee injuries in Iranian male professional soccer players}} , author={{ NRahnama } and { EBambaeichi } and { ADaneshjoo }} , journal={{Sport Sciences for Health}} 5 , year={2009} } @incollection{b2, , title={{Physical profiling in lacrosse: a brief review}} , author={{ ARCalder }} , journal={{Sport Sciences for Health}} 14 , year={2018} } @incollection{b3, , title={{Injuries among volleyball players: a comprehensive survey of the literature}} , author={{ FMigliorini } and { BRath } and { MTingart } and { MNeiwiera } and { GColarossi } and { ABaroncini } and { JEschweiler }} , journal={{Sport Sciences for Health}} 15 , year={2019} } @incollection{b4, , title={{Noncontact anterior cruciate ligament injuries: risk factors and prevention strategies}} , author={{ LYGriffin } and { JAgel } and { MJAlbohm }} , journal={{J. Am. Acad. Orthop. Surg}} , year={2000} } @incollection{b5, , title={{A three-dimensional finite element model of the human anterior cruciate ligament: a computational analysis with experimental validation}} , author={{ YSong } and { REDebski } and { VMusahl } and { MThomas } and { S } and { L.-YWoo }} , journal={{Journal of Biomechanics}} , year={2004} } @incollection{b6, , title={{The influence of ligament modelling strategies on the predictive capability of finite element models of the human knee joint}} , author={{ HNBeidokhti } and { DJanssen } and { SVan De Groes } and { JHazrati } and { TVan Den Boogaard } and { NVerdonschot }} , journal={{Journal of Biomechanics}} 65 , year={2017} } @book{b7, , author={{ ZTrad } and { ZTBarkaoui } and { MChafra } and { JManuel } and { RSTavares }} , title={{FEM Analysis of the Human Knee Joint, A review}} Cham , publisher={Springer} , year={2018} } @incollection{b8, , title={{Anterior cruciate ligament injury in amateur football players: risk factors and return to sport after surgical reconstruction}} , author={{ FLuiso } and { CTromponi } and { PPozza } and { ECavazza } and { EVecchini } and { MRicci }} , journal={{Sport Sciences for Health}} 14 , year={2018} } @incollection{b9, , title={{Deconstructing the anterior cruciateligament: what we know and do not know about function, material properties, and injury mechanics}} , author={{ SGMclean } and { KFMallett } and { EMArruda }} , journal={{J. Biomech. Eng}} 137 20906 , year={2015} } @incollection{b10, , title={{MRI measurement of the 2 bundles of the normal anterior cruciate ligament}} , author={{ SBCohen } and { CVanbeek } and { JSStarman } and { DArmfield } and { JJIrrgang }} , journal={{Orthopedics}} 32 9 , year={2009} } @book{b11, , title={{Abaqus Add-on Accelerating the design of knee implants}} , author={{ Abaqus KneeSimulator }} , year={2019} } @book{b12, , title={{Although finite element analysis is a very promising way to study ACL injury, its usage and validation are limited by nonlinear and time dependent material models, contact analysis, accuracy of geometry}} , note={and numerical error accumulations} } @incollection{b13, , title={{Evaluating continuum level descriptions of the medial collateral ligament}} , author={{ BCMarchi } and { CMLuetkemeyer } and { EMArruda }} , journal={{International Journal of Solids and Structures}} 138 , year={2018} } @incollection{b14, , title={{}} , author={{ VCMow } and { RHuiskes }} , journal={{Basic Orthopaedic Biomechanics and Mechano-Biology}} , year={2004} , publisher={Lippincott Williams & Wilkins} , note={Third Edition ed.} } @book{b15, , title={{Biomechanics: Mechanical properties of living tissues}} , author={{ YCFung }} , year={1993} , publisher={Springer} } @incollection{b16, , title={{Note on Gent's hyperelastic model}} , author={{ LYang } and { LYang }} , journal={{Rubber Chemistry and Technology}} 91 1 , year={2018} } @incollection{b17, , title={{Viscoelasticity determined by measured wave absorption coefficient for modeling waves in soft tissues}} , author={{ LXYang } and { YYChen } and { ST JYu }} , journal={{Wave Motion}} 50 , year={2013} } @incollection{b18, , title={{Mathematical modeling of ligaments and tendons}} , author={{ SLWoo } and { GAJohnson } and { BASmith }} , journal={{J. Biomech. Eng}} 115 4B , year={1993} } @incollection{b19, , title={{Microstructural properties and mechanics vary between bundles of the human anterior cruciate ligament during stress-relaxation}} , author={{ RMCastile } and { NWSkelley } and { BBabaei } and { RHBrophy } and { SPLake }} , journal={{J. Biomech}} , year={2016} } @incollection{b20, , title={{Nonlinear ligament viscoelasticity}} , author={{ PProvenzano } and { RLakes } and { TKeenan } and { RJ }} , journal={{Annals of Biomedical Engineering}} 29 10 , year={2001} , note={Vander by} } @incollection{b21, , title={{A Mathematical Model for Amorphous Polymers Based on Concepts of Reptation Theory}} , author={{ LXYang }} , journal={{Polymer Engineering & Science}} 59 11 2019 } @incollection{b22, , title={{Three-Dimensional Engineered Bone-Ligament-Bone Constructs for Anterior Cruciate Ligament Replacement}} , author={{ JMa } and { MJSmietana } and { TYKostrominova } and { EMWojtys } and { LMLarkin } and { EMArruda }} , journal={{Tissue Engineering. Part A}} 18 1-2 , year={2012} } @incollection{b23, , title={{A Micromechanical Viscoelastic Constitutive Model for Native and Engineered Anterior Cruciate Ligaments}} , author={{ JMa } and { EMArruda }} , booktitle={{Computer Models in Biomechanics}} New York , publisher={Springer} , year={2012} } @incollection{b24, , title={{A Threedimensional constitutive model for the large stretch behavior of rubber elastic materials}} , author={{ EMArruda } and { MCBoyce }} , journal={{Journal of the Mechanics and Physics of Solids}} 41 2 , year={1993} } @incollection{b25, , title={{A new constitutive model for the compressibility of elastomers at finite deformations}} , author={{ JEBischoff } and { EMArruda } and { KGrosh }} , journal={{Rubber Chemistry and Technology}} 74 4 , year={2001} } @incollection{b26, , title={{Indentation Properties and Glycosaminoglycan Content of Human Menisci in the Deep Zone}} , author={{ JTMoyer } and { RPriest } and { TBouman } and { ACAbraham } and { TLDonahue }} , journal={{acta biomaterialia}} 9 5 , year={2013} } @book{b27, , title={{Experimental and computational characterizatins of native ligaments, tendons, and engineered 3-D bone-ligament-bone constructs in the knee}} , author={{ JMa }} , year={2012} , publisher={Ph.D. Dissertation} , address={Ann Arbor} University of Michigan } @incollection{b28, , title={{Back to Elements -Tetrhedra vs. Hexahedra}} , author={{ EWang } and { TNelson } and { RRauch }} , booktitle={{International Ansys Conference Proceedings}} Dresden, Germany , year={2004} } @incollection{b29, , title={{Comparison of hexahedral and tetrahedral elements in finite element analysis of the foot and footwear}} , author={{ SCTadepalli } and { AErdemir } and { PRCavanagh }} , journal={{Journal of Biomechanics}} 44 , year={2011} } @book{b30, , title={{Physical aging in polymers and other amorphous materials}} , author={{ LC EStruik }} , year={1978} , publisher={Elsevier} , address={Amsterdam} } @incollection{b31, , title={{Understanding injury mechanisms: a key component of preventing injuries in sport}} , author={{ RBahr } and { TKrosshaug }} , journal={{Br. 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