Page 250 - 3D Fibre Reinforced Polymer Composites
P. 250
Subject Index 239
- modelling 161, 162 0
- non-crimp fabrics 3740,156, 157,
161 Off-axis compliance, 8 1
- sandwich fabrics 37 Orthogonal interlock, 90
- tension properties 149-154 Orthogonal non-woven composites 19-
- three-dimensional shaping 36-37 21
Knitted fabric, 147,154 Orientation averaging model, 91
Knitting machines, 147
Knitting process, 32-40, 147 P
L Parallel-series combination, 8 1
Plain knit, 149, 150
Layer-to-layer interlock, 90 Plain weave, 78
Laminate model, 96 Pultrusion 47
Looms 14-19
Loop length, 152,153 R
M Representative volume, 63,66, 145,
161
Macro-cell model, 102 Resin film infusion 49-5 1,58-59
Manufacturing defects 45,60-61,108- Resin selection 54-56
1 1 1,208-209 Resin transfer moulding 48-49,52-54,
Mechanical properties, 64 58,59
Micro-cell model, 102 Rule of mixture, 68, 103
Micromechanics models, 63, 1143-
120,169,175
- micro-blocks, 86 S
- micro-cell, 84
- micro-partition, 84 Satin weaves, 70
- micro-scale, 63 SCRIMP 51-52,58-59
- micro strain, 66 Self-consistent fabric geometry model,
- micro stress, 66 100
- microstructures, 63 Series-parallel combination, 8 1
- mosaic model, 7 1 Sides or legs, 149
Multilayer interlock process, 140 Sinker loop, 149
Multilayer weaving 15-19,22,46,56- Slice array model, 78
57,108 Stitched composites
- applications 11-12, 163-164
N - ballistic damage resistance 199-200
- creep 178
Needle loop, 149 - compression properties 170-176
Non-crimp composites, 37-40, 156, - damage 45,167-169
157,161 - embroidery 43-44
Non-crimp fabrics, 37-40, 156, 157 - explosive blast damage resistance
200-201
- failure mechanisms 170, 175-176,
179- 180
