Page 419 - Mechanics Analysis Composite Materials
P. 419

404                            Subject  index

             layer stiffnesses  175, 229           machine lay-up  24
             layer strength  272                   macroheterogeneity  22
             layer-wise array  58                  magnesium matrix  20
             layer-wise fiber distribution  57, 87   mandrel  359-361
             layer with cracks  172                manufacturing effects  301, 350
             lay-up manufacturing  206             mass fraction  55
             lay-up method  206                    master curve  130
             lay-up technology  24                 material aging  318
             least-squares method  144             material anisotropy  46
             limited creep  325-326                material coordinates  140
             linear elastic material model  44,127   material damage accumulation  332, 336
             linear elastic model  4, 44,121, 140, 147,   material degradation  332
                 163, 185                          material durability  333
             linear elastic solid  126, 128        material failure  79, 118, 278
             linear elasticity problem  327        material failure under transverse tension
             linear material structure  22            97
             linear strain-displacement equations  38   material fracture  60
             linear viscoelasticity problem  327   material hardening  200
             linear-viscoelastic material behavior  320   material long-term strength  338
             linear-viscoelastic material  320     material macrostructure  22
             linen fibers  14                      material microstructure  22
             local buckling of fibers  107         material penetration  340
             local buckling of plies  341          material porosity  57
             local waviness  354                   material relaxation time  335
             longitudinal compression  103, 112-1  13,   material shrinkage  352, 359
                 273, 280                          material stiffness  1-2,  16, 180, 318
             longitudinal compression of a unidirec-  material strength  1, 16, 273, 277, 283,
                 tional ply  279                      291, 308, 318, 340
             longitudinal compressive strength  96,   material strength characteristics  287
                 208, 316                          material strength in compression  341
             longitudinal conductivity  304        material strength in shear  156
             longitudinal CTE  304                 material strength under compression  283,
             longitudinal modulus  96-97,  208, 316   355
             longitudinal modulus of a ply  81     material strength under tension and in
             longitudinal modulus of a unidirectional   shear  291
                 composite  208                    matrix  9,  16,  55
             longitudinal stress  85               matrix cracking  196
             longitudinal tensile strength  95-97,  208   matrix degradation  180, 319
             longitudinal tension  95, 273, 323    matrix fraction  55, 91
             long-term loading  332, 334           matrix material  9,  16
             long-term strength of composite materials   matrix modulus  81, 86
                 332                               matrix of compliance coefficients  45
             long-time modulus  324, 326           matrix shear modulus  68, 77, 82
             low-cycle fatigue  338                matrix shear stiffness  77
             low-cycle loading  339                matrix stiffness  16, 67, 76
             lower bound for the actual transverse shear   matrix strength  8142
                 stiffness  233, 235               matrix viscosity  17
             lower bound on the apparent transverse   matrix volume fraction  55, 84, 304
                 modulus  93                       maximum bending stiffness  247
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