Page 416 - Engineered Interfaces in Fiber Reinforced Composites

Subject index 391

mode I interlaminar fracture non-oxidative 187
toughness 195 non-reactive 15
mode I strain energy release rate 75, 80 non-reactive refractory 207
mode I1 forward shear 75 non-uniform interphase 296
mode I1 interlaminar fracture non-uniform solid surface 35
toughness 196 non-wetting 7
mode I1 strain energy release rate 82 notch geometry 66
mode 111 anti-plane shear notched rectangular specimen 72
modified beam theory method 79 notched tensile strength 192
modified compliance calibration nuclear magnetic resonance (NMR)
method 80 spectroscopy 2 1
modified epoxy 339
modulus 254 off-axis property 193
modulus ratio 114, 303 oligomeric siloxanol 18 I
Moire interferometry 68 organic vapor 295
molecular continuity 175 organofunctional group 175
molecular entanglement 6 organotitanate 201
molten glass 173 organozirconate coupling agent 201
molten metal 210 orientation efficiency factor 253
monoclinic phase 314 orthotropic 66
Monte Carlo simulation 49 out-of-plane stress 75
multi-layer 295, 297 overlap joint 357
multiple fiber composite 93, 99, 141, 150 oxidative 186-187
multiple fiber composite model 139 oxide film 15, 21 5
Mylar film 308 oxide layer of Y203 219

NbC microcrystal 224 PAN-based carbon fiber 183, 185
near-net-shape design 351 parallel-sided specimen 44
Nextel 480 mullite fiber 228 partial debond model 120
Nextel 610 fiber 224 partial debond stress 129, 133, 154-155
Ni 298 partial debonding 50, 113, 117, 120, 123,
NiAl 228 128
NiAI3 intermetallic 21 1 partial yielding 96, 123
Ni coating 298 partially debonded interface 96, 108, 1 1 1.
Ni-Cr alloy 227 118, 130
Nicalon 217 partially elastic model 96
Nicalon fiber-Sic matrix composite 220 partially embedded fiber 144
Nicalon Sic fibers-glass matrix partially stabilized zirconia (ZrOz) 314
composite 222 partially stable 137
nickel coating 21 1 perfect bonding 50
nickel wire 254 perfectly bonded (elastic) interface 96
nitric acid 188 perforated film 307
nitrogen 205 phase transformation 314
nitrogen-rich layer 201 phenolic group 190
non-aligned fiber 248 photoelastic technique 46, 54, 66, 68, 306,
non-dimensional correction factor 48 310
non-linear friction 126 physical adsorption 7, 14
non-linear plastic deformation 333, 338 physical attraction 7
non-linear strain 333 physical vapor deposition (PVD) 209