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Colloque francophone PLUridisciplinaire sur les Matériaux, l’Environnement et l’Electronique
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National grants
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PN-III-PCCDI-2017-0446
- Project Stages
PN-III-P1-1.2-PCCDI-2017-0446
Complex project stages:
2018 - STAGE 1
Project P1: Research and experimentation of some models for production flow improvement.
Project P2: Technical and scientific project fundamentation.
Project P3: Report on precision requirements of form and dimension for parts of the automotive industry processed by incremental plastic deformation.
Proiect P4: Sinthesys of smart driving and inspection methods for the manufacturing processes of new sh`t metal materials in the automotive and aeronautical industries.
Project P5: Report upon requirements of efficiency, surface quality, and dimensional and shape accuracy of the parts from automotive and aerospace industries processed from advanced materials (high strength steel, composite materials, magnesium alloy, and titatanium alloy).
2019 - STAGE 2
Project P1: Experiments on the simulation models of production flows and application of Lean Manufacturing concept.
Project P2: Elaboration of a technical-economic study and risc analysis. Realization of the technological systems for making the thread from reinforced biodegradable material and the 3D printing of the composite parts and their validation. Acquisition of equipment, supplies and consumables. Determination of the influences of the technological parameters upon the manufacturing of the reinforced biodegradable thread and of the 3D printing ones. Optimization of technology for obtaining thread from reinforced biodegradable material and 3D wired printing from reinforced biodegradable material.
Project P3: Implementation of the integrated technological system for manufacturing by incremental sheet forming of the parts from automotive industry.
Project P4: Developing research competences by designing new technologies to manage and inspect the manufacturing processes of new sheet metal materials in the automotive and aeronautical industries.
Project P5: Elaboration of efficient technological systems for waterjet processing and stretch forming of parts made of advanced materials.
2020 - STAGE 3
Project P1: Development of the methodology for the improvement of production flows under laboratory conditions.
Project P2: Experimental researches concerning the physico-mechanical, thermal and structural properties of the parts manufactured by 3D printing with reinforced biodegradable threads. Valorisation of the competencies and the infrastructure of project partners by carrying out research services for third parties. Valorisation of the newly developed technological system throughout technological transfer of the results toward industrial partners.
Project P3: Testing and validation of the integrated technological system for the incremental sheet forming of the parts from automotive industry and the technological transfer of the results.
Project P4: Development of the technological transfer capacity of research results related to the management and inspection of the manufacturing processes of new sheet metal materials in the automotive and aeronautical industries.
Project P5: Valorisation of the system developed through technological transfer of results to industrial partners.
2021 - STAGE 4
Project P1: Validation of the methodology for production flows improvement under laboratory conditions.
Project P2: Valorisation of the competencies and the infrastructure of project partners by carrying out research services for third parties. Valorisation of the newly developed technological system throughout technological transfer of the results toward industrial partners.
Project P3: Technological transfer of the integrated technological system for the incremental sheet forming of the parts from automotive industry.
Project P4: Development of the technological transfer capacity of research results related to the management and inspection of the manufacturing processes of new sheet metal materials in the automotive and aeronautical industries.
Project P5: Valorisation of the system developed through technological transfer of results to industrial partners.