SlideShare a Scribd company logo
1 of 4
Download to read offline
Welcome to the INCASS NEWSLETTER Issue No.8. The periodical
newsletter is part of the informative material published to disseminate
and promote the progress and outcomes of the INCASS project.
Inspection Capabilities for Enhanced Ship Safety
Project Deliverables
WP6: Testing & Technical Audit
The INCASS project delivers successfully innovative solutions
in condition monitoring for inspection and maintenance aspects.
A comprehensive testing and audit framework is necessary in
order to assess the methodology developed and increase the
application confidence to levels that are required for widespread
commercial implementation. This testing and audit framework is
developed through WP6 and specifically deliverables D6.1
“Overall System Testing and Auditing” and D6.2 “Technical
Audit Report”. The former concerns the description of the overall
testing and validation scheme using different scenarios
corresponding to different ship types. Meanwhile, the latter
concerns a comprehensive report, containing the results of said
audit, including functionalities, interfaces, quality assurance and
the integration of the Decision Support System (DSS) with the
Structural / Machinery Reliability / Risk Assessment (SRA/MRA)
tools developed.
Project Duration
01.11.2013 - 31.10.2016
Project Partners
UNIVERSITY OF
STRATHCLYDE
LLOYD'S REGISTER
RINA SERVICES
DFKI
UIB
GLAFCOS MARINE
BUREAU VERITAS
ATLANTEC-ES
TSI
SHIPCON LIMASSOL
DANAOS SHIPPING
AP&A LTD
Contact details
Project Coordinator
Dr. Iraklis Lazakis
iraklis.lazakis@strath.ac.uk
Communication Officer
Mrs. Erika Zulkute
ez@shipcon.eu.com
WWW.INCASS.EU
The main aim of the INCASS project is to assist inspection bodies and ship operators’ daily routine in
order to render ships safer to operate. Key objectives are related to presenting a comprehensive
solution for a faster, more flexible and effective inspection and maintenance regime for ship structures
and machinery based on innovative use of online machinery and structures condition monitoring, real
time information and robotic applications.
The 8th Newsletter presents the most important developments of our project, which is well underway
its third and final year, as discussed and analysed during the eighth INCASS technical meeting,
organised by Bureau Veritas (BV), in Paris, France, between 02.03.2016 & 03.03.2016.
WP6 (Testing & Technical Audit) was also extensively discussed and final testing scenarios were
discussed. Accordingly, each partner’s contribution for each testing scenario was discussed. The use
of KPIs for the evaluation of the contribution of INCASS platform was decided.
WP2 (Intelligent Monitoring Systems) partners presented the overall status of the INCASS intelligent
monitoring systems. Results from multiple tests corresponding to different scenarios were shown.
These tests were performed using the full spectrum of solutions developed through INCASS project,
including crawlers, drones and photogrammetry applications. The results obtained through a case
study of the hull deformation monitoring were also discussed. Additional testing opportunities were
proposed.
WP3 (Structural Modelling and Analysis) presentation focused on how the modelling work performed
so far can be used to evaluate the damage in damage scenarios. After discussion, consensus was
reached on the importance of damage extent knowledge using either crew’s description or advanced
inspection methods such as those described in WP2. Additionally, the use of the data obtained
through hull deformation monitoring for structural condition assessment was elaborated between
partners.
Project Progress
The eighth INCASS technical meeting was organised by Bureau Veritas (BV) in Paris, France on
the 2nd and 3rd of March 2016. A detailed description of the meeting can be found on the project
website.
WP4 was briefly mentioned as all tasks and deliverables have already been completed. Some
additional features have been added to the DSS tool to facilitate decision-making. Exploration and
analysis presented to partners was related to input, calculated and predicted data transfer and
manipulation
WP5 (Database Development and Implementation) work was presented related to tasks T5.6 “Ship-
Shore Communications”, and T5.7 “Central Stochastic Database”. The versatility of the tools
developed was highlighted. Different scenarios have been designed for the evaluation of the ship-
shore communication framework. Accordingly, the central stochastic database deliverable was
discussed.
Concerning WP7 (Case Studies), additional on-board machinery and ship structural
measurements were scheduled during April 2016. Furthermore, campaigns for the robotics
platform testing have been planned for mid-April 2016. Additional actions that could enhance
INCASS project were also discussed.
d.
This project has received research funding from the European Union. It reflects only the author’s
views and European Union is not liable for any use that may be made of the information contained
therein.
WP8 (Exploitation & Dissemination) concluded INCASS
meeting. The organisation of INCASS conference in Glasgow,
UK on the 13th and 14th of October 2016 was announced. The
organisation of an INCASS workshop during the Posidonia event
parallel to the INCASS participation in the event was also
formally announced. Multiple other events are being discussed,
including a presentation during EMSA / SEA Europe annual
meeting, and the possibility of a presentation at IMO
headquarters. Additionally, a Special Issue of the Ocean
Engineering journal will be published focusing on novel
inspection strategies for enhanced maritime safety and
operations. Multiple conference presentations have been
scheduled, including INCASS participation and presentation at
TRA2016. Finally, significant Advisory Board members’
feedback has been obtained and relevant future actions are
being considered.
All project publications and conference contributions are now
available in the project website.

More Related Content

Similar to INCASS Newsletter_8

S7 p5 milindcaneus
S7 p5 milindcaneusS7 p5 milindcaneus
S7 p5 milindcaneustough587
 
07 bollingerfehr nea iaea_workshop
07 bollingerfehr nea iaea_workshop07 bollingerfehr nea iaea_workshop
07 bollingerfehr nea iaea_workshopleann_mays
 
Fundamental Elements, upcoming opportunities - Blasi, Hriscu
Fundamental Elements, upcoming opportunities - Blasi, HriscuFundamental Elements, upcoming opportunities - Blasi, Hriscu
Fundamental Elements, upcoming opportunities - Blasi, HriscuThe European GNSS Agency (GSA)
 
AUTOMATION: LESSONS LEARNT FROM SESAR by Michael Standar
 AUTOMATION: LESSONS LEARNT FROM SESAR by Michael Standar AUTOMATION: LESSONS LEARNT FROM SESAR by Michael Standar
AUTOMATION: LESSONS LEARNT FROM SESAR by Michael StandarALIAS Network
 
The larger picture – an icao update
The larger picture – an icao updateThe larger picture – an icao update
The larger picture – an icao updatealban_sylaj
 
MEC FebMar 10 page 40-my article
MEC FebMar 10 page 40-my articleMEC FebMar 10 page 40-my article
MEC FebMar 10 page 40-my articleFernando Lehrer
 
DHSSTTSL11192.HSI Process (1)
DHSSTTSL11192.HSI Process (1)DHSSTTSL11192.HSI Process (1)
DHSSTTSL11192.HSI Process (1)John Chin
 
Arcadia project- D ata Management Plan
Arcadia project- D ata Management PlanArcadia project- D ata Management Plan
Arcadia project- D ata Management PlanEU ARCADIA PROJECT
 
TRA 2018 Vienna Publication: Advancing active safety towards the protection o...
TRA 2018 Vienna Publication: Advancing active safety towards the protection o...TRA 2018 Vienna Publication: Advancing active safety towards the protection o...
TRA 2018 Vienna Publication: Advancing active safety towards the protection o...Ilona Anna Cieslik
 
ArchAIDE Project Introduction
ArchAIDE Project IntroductionArchAIDE Project Introduction
ArchAIDE Project IntroductionArchAIDE Project
 
FTB_SU15_Mohanavel_MonissKissen_InternshipReport
FTB_SU15_Mohanavel_MonissKissen_InternshipReportFTB_SU15_Mohanavel_MonissKissen_InternshipReport
FTB_SU15_Mohanavel_MonissKissen_InternshipReportmonisskissen
 
Tanker Shipping & Trade Aug-Sept 2011
Tanker Shipping & Trade Aug-Sept 2011Tanker Shipping & Trade Aug-Sept 2011
Tanker Shipping & Trade Aug-Sept 2011Fernando Lehrer
 
Definition of the ARCADIA project context model
Definition of the ARCADIA project context modelDefinition of the ARCADIA project context model
Definition of the ARCADIA project context modelEU ARCADIA PROJECT
 
IRJET- Iot Applied to Logistics using Intelligent Cargo
IRJET-  	  Iot Applied to Logistics using Intelligent CargoIRJET-  	  Iot Applied to Logistics using Intelligent Cargo
IRJET- Iot Applied to Logistics using Intelligent CargoIRJET Journal
 
1-s2.0-S2092521220300183-main.pdf
1-s2.0-S2092521220300183-main.pdf1-s2.0-S2092521220300183-main.pdf
1-s2.0-S2092521220300183-main.pdfLily197738
 
UKRDDS 1st Workshop 20150423 - plan walkthrough
UKRDDS 1st Workshop 20150423 - plan walkthroughUKRDDS 1st Workshop 20150423 - plan walkthrough
UKRDDS 1st Workshop 20150423 - plan walkthroughChristopher Brown
 

Similar to INCASS Newsletter_8 (20)

Ops Research_Narcam_1993-FAA-DOT
Ops Research_Narcam_1993-FAA-DOTOps Research_Narcam_1993-FAA-DOT
Ops Research_Narcam_1993-FAA-DOT
 
S7 p5 milindcaneus
S7 p5 milindcaneusS7 p5 milindcaneus
S7 p5 milindcaneus
 
07 bollingerfehr nea iaea_workshop
07 bollingerfehr nea iaea_workshop07 bollingerfehr nea iaea_workshop
07 bollingerfehr nea iaea_workshop
 
Fundamental Elements, upcoming opportunities - Blasi, Hriscu
Fundamental Elements, upcoming opportunities - Blasi, HriscuFundamental Elements, upcoming opportunities - Blasi, Hriscu
Fundamental Elements, upcoming opportunities - Blasi, Hriscu
 
AUTOMATION: LESSONS LEARNT FROM SESAR by Michael Standar
 AUTOMATION: LESSONS LEARNT FROM SESAR by Michael Standar AUTOMATION: LESSONS LEARNT FROM SESAR by Michael Standar
AUTOMATION: LESSONS LEARNT FROM SESAR by Michael Standar
 
The larger picture – an icao update
The larger picture – an icao updateThe larger picture – an icao update
The larger picture – an icao update
 
MEC FebMar 10 page 40-my article
MEC FebMar 10 page 40-my articleMEC FebMar 10 page 40-my article
MEC FebMar 10 page 40-my article
 
DHSSTTSL11192.HSI Process (1)
DHSSTTSL11192.HSI Process (1)DHSSTTSL11192.HSI Process (1)
DHSSTTSL11192.HSI Process (1)
 
EDC3_Action_Plan_2016-01-01 rev 1
EDC3_Action_Plan_2016-01-01 rev 1EDC3_Action_Plan_2016-01-01 rev 1
EDC3_Action_Plan_2016-01-01 rev 1
 
SMARTI
SMARTISMARTI
SMARTI
 
Arcadia project- D ata Management Plan
Arcadia project- D ata Management PlanArcadia project- D ata Management Plan
Arcadia project- D ata Management Plan
 
TRA 2018 Vienna Publication: Advancing active safety towards the protection o...
TRA 2018 Vienna Publication: Advancing active safety towards the protection o...TRA 2018 Vienna Publication: Advancing active safety towards the protection o...
TRA 2018 Vienna Publication: Advancing active safety towards the protection o...
 
ArchAIDE Project Introduction
ArchAIDE Project IntroductionArchAIDE Project Introduction
ArchAIDE Project Introduction
 
FTB_SU15_Mohanavel_MonissKissen_InternshipReport
FTB_SU15_Mohanavel_MonissKissen_InternshipReportFTB_SU15_Mohanavel_MonissKissen_InternshipReport
FTB_SU15_Mohanavel_MonissKissen_InternshipReport
 
Tanker Shipping & Trade Aug-Sept 2011
Tanker Shipping & Trade Aug-Sept 2011Tanker Shipping & Trade Aug-Sept 2011
Tanker Shipping & Trade Aug-Sept 2011
 
Definition of the ARCADIA project context model
Definition of the ARCADIA project context modelDefinition of the ARCADIA project context model
Definition of the ARCADIA project context model
 
IRJET- Iot Applied to Logistics using Intelligent Cargo
IRJET-  	  Iot Applied to Logistics using Intelligent CargoIRJET-  	  Iot Applied to Logistics using Intelligent Cargo
IRJET- Iot Applied to Logistics using Intelligent Cargo
 
1-s2.0-S2092521220300183-main.pdf
1-s2.0-S2092521220300183-main.pdf1-s2.0-S2092521220300183-main.pdf
1-s2.0-S2092521220300183-main.pdf
 
UKRDDS 1st Workshop 20150423 - plan walkthrough
UKRDDS 1st Workshop 20150423 - plan walkthroughUKRDDS 1st Workshop 20150423 - plan walkthrough
UKRDDS 1st Workshop 20150423 - plan walkthrough
 
Arcadia project overview
Arcadia project overview Arcadia project overview
Arcadia project overview
 

INCASS Newsletter_8

  • 1. Welcome to the INCASS NEWSLETTER Issue No.8. The periodical newsletter is part of the informative material published to disseminate and promote the progress and outcomes of the INCASS project. Inspection Capabilities for Enhanced Ship Safety
  • 2. Project Deliverables WP6: Testing & Technical Audit The INCASS project delivers successfully innovative solutions in condition monitoring for inspection and maintenance aspects. A comprehensive testing and audit framework is necessary in order to assess the methodology developed and increase the application confidence to levels that are required for widespread commercial implementation. This testing and audit framework is developed through WP6 and specifically deliverables D6.1 “Overall System Testing and Auditing” and D6.2 “Technical Audit Report”. The former concerns the description of the overall testing and validation scheme using different scenarios corresponding to different ship types. Meanwhile, the latter concerns a comprehensive report, containing the results of said audit, including functionalities, interfaces, quality assurance and the integration of the Decision Support System (DSS) with the Structural / Machinery Reliability / Risk Assessment (SRA/MRA) tools developed. Project Duration 01.11.2013 - 31.10.2016 Project Partners UNIVERSITY OF STRATHCLYDE LLOYD'S REGISTER RINA SERVICES DFKI UIB GLAFCOS MARINE BUREAU VERITAS ATLANTEC-ES TSI SHIPCON LIMASSOL DANAOS SHIPPING AP&A LTD Contact details Project Coordinator Dr. Iraklis Lazakis iraklis.lazakis@strath.ac.uk Communication Officer Mrs. Erika Zulkute ez@shipcon.eu.com WWW.INCASS.EU The main aim of the INCASS project is to assist inspection bodies and ship operators’ daily routine in order to render ships safer to operate. Key objectives are related to presenting a comprehensive solution for a faster, more flexible and effective inspection and maintenance regime for ship structures and machinery based on innovative use of online machinery and structures condition monitoring, real time information and robotic applications. The 8th Newsletter presents the most important developments of our project, which is well underway its third and final year, as discussed and analysed during the eighth INCASS technical meeting, organised by Bureau Veritas (BV), in Paris, France, between 02.03.2016 & 03.03.2016.
  • 3. WP6 (Testing & Technical Audit) was also extensively discussed and final testing scenarios were discussed. Accordingly, each partner’s contribution for each testing scenario was discussed. The use of KPIs for the evaluation of the contribution of INCASS platform was decided. WP2 (Intelligent Monitoring Systems) partners presented the overall status of the INCASS intelligent monitoring systems. Results from multiple tests corresponding to different scenarios were shown. These tests were performed using the full spectrum of solutions developed through INCASS project, including crawlers, drones and photogrammetry applications. The results obtained through a case study of the hull deformation monitoring were also discussed. Additional testing opportunities were proposed. WP3 (Structural Modelling and Analysis) presentation focused on how the modelling work performed so far can be used to evaluate the damage in damage scenarios. After discussion, consensus was reached on the importance of damage extent knowledge using either crew’s description or advanced inspection methods such as those described in WP2. Additionally, the use of the data obtained through hull deformation monitoring for structural condition assessment was elaborated between partners. Project Progress The eighth INCASS technical meeting was organised by Bureau Veritas (BV) in Paris, France on the 2nd and 3rd of March 2016. A detailed description of the meeting can be found on the project website. WP4 was briefly mentioned as all tasks and deliverables have already been completed. Some additional features have been added to the DSS tool to facilitate decision-making. Exploration and analysis presented to partners was related to input, calculated and predicted data transfer and manipulation WP5 (Database Development and Implementation) work was presented related to tasks T5.6 “Ship- Shore Communications”, and T5.7 “Central Stochastic Database”. The versatility of the tools developed was highlighted. Different scenarios have been designed for the evaluation of the ship- shore communication framework. Accordingly, the central stochastic database deliverable was discussed.
  • 4. Concerning WP7 (Case Studies), additional on-board machinery and ship structural measurements were scheduled during April 2016. Furthermore, campaigns for the robotics platform testing have been planned for mid-April 2016. Additional actions that could enhance INCASS project were also discussed. d. This project has received research funding from the European Union. It reflects only the author’s views and European Union is not liable for any use that may be made of the information contained therein. WP8 (Exploitation & Dissemination) concluded INCASS meeting. The organisation of INCASS conference in Glasgow, UK on the 13th and 14th of October 2016 was announced. The organisation of an INCASS workshop during the Posidonia event parallel to the INCASS participation in the event was also formally announced. Multiple other events are being discussed, including a presentation during EMSA / SEA Europe annual meeting, and the possibility of a presentation at IMO headquarters. Additionally, a Special Issue of the Ocean Engineering journal will be published focusing on novel inspection strategies for enhanced maritime safety and operations. Multiple conference presentations have been scheduled, including INCASS participation and presentation at TRA2016. Finally, significant Advisory Board members’ feedback has been obtained and relevant future actions are being considered. All project publications and conference contributions are now available in the project website.