VIBROCHANGE

PN-II-PT-PCCA-2013-4-0044

Collaborative Applicative Research Project

Contract financed by UEFISCDI no. 224/2014

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VIBROCHANGE  

Experimental model for change detection and diagnosis of vibrational processes using advanced measuring and analysis model-based techniques.

Field 7: Materials, Processes and Inovative Products.

Direction 7.2: Advanced control of industrial processes.

Theme 7.2.2: High complexity process modelling and identification.  

Activities / Events

  • 30-09-2017: End of project

  • 20-09-2017: Finished Stage IV. Submitted updated results on site.

  • 05-07-2017: Work meeting at P3

  • 10-06-2017: Work meeting at P1

  • 15-05-2017:Work meeting at P3

  • 10-04-2017: Work meeting at P1

  • 22-03-2017: Work meeting at P1

  • 15-02-2017: Work meeting at P2

  • 20-01-2017: Work meeting at P2

  • 29-11-2016: Finished Stage III. Submitted updated results on site.

  • 24-11-2016: Work meeting at P1,P2

  • 10-11-2016: Work meeting at P3

  • 20-09-2016: Work meeting at P3

  • 24-06-2016: Work meeting at P3

  • 22-06-2016: Work meeting at P1,P2

  • 04-03-2016: Addendum 2016:
             -Estimate
             -Payment schedules
             -Work Plan

  • 26-11-2015 : Finished Stage II. Submitted updated results on site.

  • 08-10-2015: Work meeting at CO

  • 22-05-2015: Work meeting at P1

  • 01-04-2015: Addendum no. 2/2015:          -Work Plan
             -Estimate

  • 13-02-2015: Work meeting at P2

  • 29-01-2015: Work meeting at P3

  • 27-01-2015: Work meeting at P1

  • 10-12-2014 : Finished Stage I. Submitted REC and RST at UEFISCDI.
  • 25-11-2014: Deadline submission REC Stage I

  • 19-11-2014: Web page launch(En)

  • 15-11-2014: Deadline submission RST Stage I

  • 11-01-2014: Web page launch(Ro)

  • 02-11-2014: Addendum #1- budget refinancing 2014

  • 01-11-2014: Work meeting at CO

  • 15-10-2014: Work meeting at P3

  • 10-09-2014: Work meeting at P1

  • 01-09-2014: Work meeting at CO

  • 01-07-2014: Proiect Funding

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    The project considers the Change Detection and Diagnosis problem (CDD) in vibrational processes using advanced measuring and analysis techniques model-based. The vibrational processes are characterized by vibrational phenomena, which include mainly, as effect, mechanical vibration signals, resulting in normal or abnormal operating.

    The project focuses on the analysis and data processing of three sources (vibrations, sounds, ultrasounds) and the fusion of the obtained results, in order to obtain the best decision. The approach will allow a better way of monitoring, that is better suited for the desired objective than using the separate data from each sensor, and it will a new approach at national level and one of the few international approaches.

    The project is implemented by a consortium consisting of the University "Dunărea de Jos" Galaţi (CO); INCD and Informatics from Bucureşti (P1); INCD for Mecatronics and Measuring Techniques from Bucureşti (P2); SC Teamnet Engineering from Bucureşti (P3).




    Project financed by The Ministry of Education via UEFISCDI

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