GTC-3-0509 - CG Composites

GTC-3-0509 - Contents1. Introduction 4 Basic composite theory 4 Polymer matrix Composites 42. Designing with Composites 6 Loading 6 Tension 6 Compression 6 Shear 7 Flexure 7 Stress or strain? 7 Fibre orientation 10 Fatigue Resistance 103. Monolithic laminates 10 Rule of mixtures 10 Laminate theory 12 Laminate notation 134. Sandwich panels 13 GTC-3-0509 - 5. Material selection 14 Resin matrix 14 Polyester Resins 15 Vinylester Resins 18 Epoxy Resins 19 Comparison of Resin Properties 20 Other Resin Systems used in Composites 23 Fibres 24 Basic Properties of Fibres and Other Engineering Materials 25 Fibre Types 28 Fabric types 33 Unidirectional Fabrics 33 0/90 Fabrics 34 Woven Fabrics 34 Multiaxial Fabrics 37 Other Fabrics 39 Core materials for sandwich construction 40 Foam Cores 40 Honeycombs 42 Design considerations 456.

GTC-3-0509 - 2.1.3 Shear Figure 3 shows a composite experiencing a shear load. This load is trying to slide adjacent layers of fibresover each other. Under shear loads the resin plays the major role, transferring the stresses across the composite. For the composite to perform well

Loading..

Tags:

  9500, Gtc 3 0509

Information