2011 - Europe Direct Iasi
2011 - Europe Direct Iasi
2011 - Europe Direct Iasi
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R.15.<br />
Title<br />
Authors<br />
Institution<br />
Description<br />
EUROINVENT <strong>2011</strong><br />
alloyed powers designated as 100%_MA. The resulting samples<br />
were then pressed and sintered at 1390 K under cracked<br />
ammonia followed by hot rolling at different steps of<br />
temperature in order to obtain a good matrix with partial<br />
dislocations and stacking faults. After a series of heat treatments<br />
a ring shaped sample was obtained in order to be subjected to<br />
pipe coupling.<br />
Neural network model for the output prediction of<br />
traceability laser marking processes, on aeronautic materials<br />
Ștefan Rusu, D.G. Gălușcă, O. Brudaru<br />
”Gheorghe Asachi” Technical University Iași,<br />
Faculty of Materials Science and Engineering<br />
The application aims to obtain a formal automation of the laser<br />
marking process, such that, based on existing process parameters<br />
(inputs) afferent to the marking equipment and to the material to<br />
be marked, a qualitative set of parameters can be generated<br />
(outputs) which correspond to the obtained mark, based on the<br />
aforementioned process characteristics.<br />
The scope is to predict the marking results for any type of<br />
material and for any available type of laser beam.<br />
R.16.<br />
Obtaning and characterisation of new phosphated<br />
Title<br />
layers on iron support with anti-corrosion properties.<br />
Authors Andrei Victor SANDU<br />
”Gheorghe Asachi” Technical University Iași,<br />
Institution<br />
Faculty of Materials Science and Engineering<br />
Are presented the mechanism of obtaining crystalline layers by<br />
phosphatation of iron objects. These layers must offer climatic<br />
Description<br />
protection. They were chemical and physical-structural analyzed,<br />
by OM and SEM-EDX, in order to verify the obtaining<br />
processes.<br />
R.17.<br />
Researches about the Modernization of the<br />
Title<br />
Manufacturing Technology of the Mineral Insulation<br />
Cables in Metallic Tubes Made for Thermocouples by<br />
Processing in Ultrasound Field<br />
Authors GAVRILA Bogdan – Lucian, SUSAN Mihai<br />
Institution<br />
”Gheorghe Asachi” Technical University Iași,<br />
Faculty of Materials Science and Engineering<br />
Description The tubes drawing may be over inside guard (over<br />
Innovative Researches<br />
145
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