## Treatise on Materials Science and Technology, Volume 1 |

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Page 87

Schematic representation of a uniaxial

Schematic representation of a uniaxial

**laminate**as a chain of n links in series . the probability that a link or a strip of length 8 breaks when the applied stress is equal to or less than o , then it follows directly that the ...Page 96

E. Size Effect in Tensile Fracture of

E. Size Effect in Tensile Fracture of

**Laminates**The strength of the**laminate**of N parallel layers of reinforcement coupled by interfacial tractions characteristic of the behavior of the matrix , and given implicitly by Eq . ( 12 ) will ...Page 99

TABLE IV NUMBERS OF REINFORCING ELEMENTS NECESSARY FOR A MAXIMUM IN

TABLE IV NUMBERS OF REINFORCING ELEMENTS NECESSARY FOR A MAXIMUM IN

**LAMINATE**STRENGTH AS FUNCTION OF m K , " Sm r Nm Om0 . " om ( ) - 0 4 6 8 10 78 200 460 1300 5.8 x 10-2 2.3 X 10-2 1.0 x 10-2 0.354 x 10-2 6.3 4.35 3.4 2.95 17.2 43.5 ...### What people are saying - Write a review

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addition alloys analysis angle applied approach associated assumed atoms average becomes bond boundary calculated complex composite concentration consider constants contribution crystal curvature curve decrease defined dependence deposition determined developed direction discussed displacement distance distribution dynamical effect elastic electron elements energy equal equation example exist experimental fibers force fracture function given gives grain grain boundaries Group growth growth path illustrated increase indicates interface internal friction interstitial iron laminate lattice layer length material matrix measured mechanism metal microstructural molecules nitrogen normal nucleation observed obtained occur oxygen particles peak phase plane position possible potential present produce properties region reinforcing relaxation respectively shown in Fig shows single Snoek peak solid solution strain strength stress structure substitutional surface Table temperature tungsten unit values volume waves