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STRUCTURE PROPERTIES AND PROCESSING
Orientation and internal stresses
7 other sections not shown
1ransp abrasion blow moulding bottom left brittle fracture caused cavitation cavities characteristic features chemical compression moulding copolymer crack propagation craze cross-linked damage diameter ductile dynamic fatigue fracture elastomers embrittlement extrusion fatigue cracks fibrils film force fracture foreign particles formation formed frac fracture paths Fracture produced fracture propagation fracture spread fracture surface frictional wear glass fibre reinforced HDPE heated high temperatures hot air welding injection moulding internal stresses laboratory sample load cycles load fracture macromolecules mechanical melt molecular moulding process normal nylon occurs opaque orientation partially crystalline PBTP peaks and fibrils PETP plasticised PMMA Polyamide polyethylene polymer polymeric materials polymerisation polypropylene polystyrene Polyvinyl resin room tempera room temperature rubber particles scanning electron microscope secondary bonds sheet smooth specimen spherulites stress cracking stretched striations structure tear fracture tensile stress texture thermoplastics thermosets tooth flank ture vibration fracture vibration-induced creep fracture zones