Abstract
The work presented in this manuscript is a contribution to the
study of these structures RTM Raman microscopy, to measure parameters such as
curing, the identification of chemical compounds, contamination, uniformity as
addenda but ... also on the use of these measures in the framework of a
numerical modelling of these structures.
This Thesis is a program for replacing the current intrusive,
destructive and indirect measurement in-situ Raman via a sensor
implanted in the equipment and system construction in an industrial
environment. With the aim of optimization processes such as manufacturing wind
turbine blades, bridges boat guarantee and quality criteria of technical parts
with high added value and to optimize the physical and chemical related to the
mission implemented in tooling.
Keywords : RTM6, Reticulation, DSC, FTIR,
Raman, in-situ.
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