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Characterization of mode I, mode II and mixed mode I+II delamination failure in multidirectional laminates for glass/epoxy, 1991. ,
Effects of fibre bridging on GIC of a unidirectional glass/epoxy composite, Composites Science and Technology, vol.35, issue.3, pp.283-299, 1989. ,
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FRAcTLE écriture de l'équation différenûelle et des conditions limiaes eqdif: =(D @ a) (v)(x)+a*1,^4*v(x)=0: cll:=v(a)=0: çll;=(D@ @ lXvXa)=O: .13 ; =(D @ @ 2XvXm)=f*rnl(e*iner) : cl4: -(D @ @ 3)(vXm)=f/(e*iner) : résolution de l'équation différentielle dsolve( { eqdif, distribuaed, [c h(]v*x), pp.2-3 ,
= Nl=Al*el+Bl*kl: egZ:.= M1=81*el+D1*kl: solu I :-(solve( { eq1,eq2 },{ e I "kl } : assign:=(solul): eQ3:= N2=A2*e2+82*k2: eq4:= M2=B.2*e2+D2*A: rslu/;=(solve( { eq3,eq 4l,le2k2l : assign:=(solu2): eg5, p.0 ,
Mmd22 eql I := N lP=Al *el2p+B 1*k12p: eq 12:= M 1P=B I *el2p+Dl *kl2p: scitul 2p:=lsotve( { eq li,qt2l,l?t2p,k 1 2p } : assign:=(solu l2p): eQ 1 3 : = N 2P=A2*e22p+82*k22p: eq I 4 : = M2P =82* e22p+D2*k22p: so1u22 p : =(solve( { eq I 3,e41 41, le22p t32p | : assign:=(soluZ2p): eq I 5 : =M 1 p+M2p+N, Une modélisation des ponts de fibres pour le délaminage des mat&iaux composites 135 DETERMINATIONMmd22 } ), pp.12-22 ,
-(D@ @aXvO)(x){: t1 1vg;=(D @ @ 3Xv0Xa)=-fl(e*iner0): .12yQ' =(D @ @ 2)(v0Xa)=f*a/(e+iner0) : .13y9;=(D@ @ lXvOXL){: .14y9;=(v0XL)=0: sysvO:= { eqdifvO,cl I v0, Une modélisation des ponts de fibnes pour le délaminage des matériaux composites t36 8.6. ANI\EXE 6 PROGRAMME))) : vo:=y ->(subs(x=y,v0(x)): vop:=D(vo): vopp:=D(vop): uo:=x -> 0: uop:=D(uO) ,