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Extra resources for Cure Monitoring for Composites and Adhesives
791-7 MONITORING OF RESIN FLOW AND CURE WITH AN ELECTROMAGNETIC WAVE TRANSMISSION LINE USING CARBON FIBRE AS CONDUCTIVE ELEMENTS Urabe K; Okabe T; Tsuda H Japan,National Institute of Advanced Industrial Science & Technology A new method was previously presented for monitoring resin flow and cure with a high-frequency electromagnetic wave transmission line constructed inside a structure, where information on discontinuity or distribution can be obtained by using frequency characteristics or time domain response.
10-20 NEW FABRICATION TECHNIQUE UTILISING A COMPOSITE MATERIAL APPLIED TO ORTHOPAEDIC BRACING Morrison B J; Creasy T S; Polliack A A; Fite R Southern California,University; California,Center for Applied Rehabilitation Technology The feasibility of using a fabrication and fitting technique utilising an epoxy resin, which initiates cure at a temperature of 121C but which cures at 154C, as a rapid and cost-effective alternative to a process employing PP to fabricate orthopaedic braces was investigated.
From the results, the interrelationship of viscosity and resistance of epoxy resin were confirmed. 8 refs. of Agriculture,Forest Service The cure of polymeric diphenylmethane diisocyanate(pMDI)/wood bondline in a controlled saturated steam environment was monitored using microdielectric analysis(micro-DEA). Saturated steam environments were produced between 110 and 140C. The degree of cure calculated from micro-DEA was a basis 33 References and Abstracts for further spectroscopic, calorimetric and mechanical evaluation.