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Final Conference Final Scientific Progress What we have achieved - - PowerPoint PPT Presentation

Mar 20, 2024 275 likes •889 views

IRIS Integrated European Industrial Risk Reduction System CP-IP 213968-2 Final Conference Final Scientific Progress What we have achieved Helmut Wenzel Vienna, March 2012 Innovation Highlights Integrated European Industrial Risk

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IRIS – Integrated European Industrial Risk Reduction System CP-IP 213968-2

Final Scientific Progress

Helmut Wenzel

Vienna, March 2012

Final Conference

What we have achieved

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Virtual Doctor

Nerves Pain Data Virtual Pain

Basic Idea

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Major Achievements

IRIS Damage Detection

Integration Normalization Environment

Temperature Radiation Added Loads Forced Input Strain

Accumulated Energy Function

Measurement Trend Analysis

Temperature Radiation Added Loads Forced Input Strain

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Verification in the Field

Bridge S101, December 2008

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management ETPIS, May 2010

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management ETPIS, May 2010

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Proof of Concept

Accumulated Energy Function

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IRIS – Integrated European Industrial Risk Reduction System CP-IP 213968-2

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Checking period: 1997–now Risk Level: low

Undamaged

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

The IRIS Risk Paradigm Time as additional Parameter

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Comparative Structural Inspection

D.O.T. DISK DIN 1076 RVS 13.03.11

safe and operational (minor repair) safe and operational unsafe reduced safety and operability repair demanded safe and useable during repair safe − indicating reduced

  • perability

USA Netherlands Germany Austria

9 1 2 3 4 5 6 7 8 1,0 - 1,4 3,5 - 4,0 3,0 - 3,4 2,5 - 2,9 2,0 - 2,4 1,5 - 1,9 1 6 5 4 3 2 1 6 5 4 3 2

Japan Condition

A E D C B

International Harmonisation

WP7

Online Monitoring

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Observed Service Life of structures

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Timeline 07:30 07:37 Creating the Scenario Earthquake in EQvis

IRIS 2011 - Demonstration

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Timeline 07:30 07:37 07:42 Scenarios finished and damages computed 08:04

IRIS 2011 - Demonstration

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

The route of the Building Inspection Team

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Overview of the route of the Building Inspection Team

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Timeline 07:30 07:37 07:42 08:04 08:17 09:26 09:58 11:55 14:11 15:32

IRIS 2011 - Demonstration

The Bridge Inspection Team completes the measurements at bridge 3

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Measurements at the Nuclear Power Plant in Paks

A big impact measurement has been performed to create an accurate soil map

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Measurements at the Nuclear Power Plant in Paks

Deriving Dispersion Curves Computing soil profiles and soil maps Impact and Harmonic Measurements

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Airplane Route

The situation has also been evaluated from plane and space!

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Satellite Images

Satellite Images helped identifying the cloud and updating the scenario The satellite images were just a few hours old

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Timeline 07:00 07:37 07:42 08:04 08:17 09:26 09:58 11:55 14:11 15:30 16:30

IRIS 2011 - Demonstration

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Current Practice, Thessaloniki, 30. 3. – 2. 4. 2009

My personal DSS

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Current Practice, Thessaloniki, 30. 3. – 2. 4. 2009

Normal Conditions

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Current Practice, Thessaloniki, 30. 3. – 2. 4. 2009

Hazard identified

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Current Practice, Thessaloniki, 30. 3. – 2. 4. 2009

Consequences

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Current Practice, Thessaloniki, 30. 3. – 2. 4. 2009

Impact

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Current Practice, Thessaloniki, 30. 3. – 2. 4. 2009

My personal DSS

Score A A A A C T S S S S E R V e s g V

s m m

= + + + + + + − + + + + + + ⋅ + ⋅ + ⋅ + ⋅ +

3 1 f 3 f 2 f 1 f av 2 9 f 3 f 2 f 1 f 1

w 7 w w 1000 , 5 , 2 , 1 1000  

weighting Achievement normalized Mega Factor Temperature Ambient and Environmental Conditions

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Current Practice, Thessaloniki, 30. 3. – 2. 4. 2009

Trend identified

10.000 20.000 30.000 40.000 50.000 60.000 70.000 1990 1995 2000 2005 2010 Jahr meters score runs

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Cooling Towers

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Cooling Towers

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Page

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Lebenszykluskurve - Condition I ndex MA_022 S06- _090,836_0_MAS 30 2003 2048 2003 2008 2013 2018 2023 2028 2033 2038 2043 2048 Konzessionsdauer Erhaltungskonzept Lebenszykluskurve - Condition I ndex 6642/ 6642 Mürzbrücke St. Marein ( KSM 16) 30 1981 2101 1981 2001 2021 2041 2061 2081 2101 Konzessionsdauer Erhalt ungskonzept Lebenszykluskurve - Condition I ndex 111_R Tunnel Bruck 30 1987 2153 1987 2007 2027 2047 2067 2087 2107 2127 2147 Konzessionsdauer Erhalt ungskonzept
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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management Page

40 Total maintenance costs

  • individual (unblocked) & per structural type
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Project Management Page

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Cost Optimization Results

Representative Example

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Project Management Page

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Project Management

Handover Value for var. Benefit scenarios

Ultimate Limit State Life Cycle – Analysis Period Evaluation Time-Frame

Salvage Area from Minimize Costs requirements

Ultimate Limit State Life Cycle – Analysis Period Evaluation Time-Frame

Salvage Area from Maximize Benefits requirements
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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Step 6. The LSIR at a given community is the weighted sum of NF/NPAR for the different scenarios with weights corresponding to the product of the probability of dam instability and the probability assigned to different breach scenarios, warning times and states-of- preparedness given that instability occurs.

ACTIVITY: DEFINITION OF INHERENT AND EMERGING RISKS

SUBTASK:

CONSEQUENCE MODELLING - VULNERABILITY OF PEOPLE AT RISK.

Schematic example of iso-risk contour lines of the LSIR

Note: for dynamic instability the emergency/evacuation should be considered as instant and the warning time equals the arrival time of the flow at the community. For static instability an anticipated emergency/evacuation is more likely and mutliple values of warning time should be considered with appropriately assigned probabilities.

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

ACTIVITY: DEFINITION OF INHERENT AND EMERGING RISKS

SUBTASK:

CONSEQUENCE MODELLING - VULNERABILITY OF PEOPLE AT RISK.

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Project Management

ACTIVITY: DEFINITION OF INHERENT AND EMERGING RISKS

SUBTASK:

CONSEQUENCE MODELLING - VULNERABILITY OF PEOPLE AT RISK. Consequences - Step 4: Vulnerability - buildings

Literature based. Depends on construction type. In the example unreinforced masonry buildings are used.

ground floor upper floor

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Innovation Highlights

Accumulated Energy Function for SHM (WP7) IRIS Risk Paradigm (WP6) Standard Degradation Curve (WP3) EQVIS simulation and crisis management platform (IT) Integrated Decision Support System (WP7) LCA safety assessments concept (after NJ202 Demo) Vibration mitigation equipment (AVA, WP2) New approach to tailing pond safety (WP4) Model based SHM system (WP5)

Results ready for industrial application

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Key Performance Figures Final

 59 Dissemination Meetings  18 EB Meetings  780+ Technical Meetings  3 General Assemblies  445 Work Documents  13 Demonstrations in Europe  2 International Demonstrations  Intl. Collaboration with USA, Japan, China, India  CEN Workshop 63 in Progress  Collaboration to 5 other FP7 Projects  311 Scientists involved in the IRIS work  12 National Projects triggered  19 PhD and Msc Theses

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Integrated European Industrial Risk Reduction System CP-IP 213968-2

Project Management

Work Document Structure

So far 445 Work Documents comprising: 35 Strategic Documents 25 Technology Documents 43 IT Documents 15 Demonstration Documents 7 Standardisation Documents 320 Administrative Documents

Assessment by Executive Board

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Project Management

Risk Management Project Management Natural Disasters Mayor Accidents W orkers Safety Environmental Disasters Energy Production Cross Coordination Fertilization Risk based Design and Operation SP6 SP1 SP2 SP3 SP4 SP5 SP8 1 year 2 year Project Schedule Sub-Projects 3 year 4 year Online Monitoring SP7 T8-9 T8-8 T8-7 T8-5 T8-4 T8-3 T8-2 T8-1 T7-12 T7- 1 1 T7-10 T7-9 T7-8 T7-7 T7-6 T7-5 T7-4 T7-2 T7-1 T6-6 T5-4 T5-3 T5-1 T5-2 T4-4 T4-3 T4-2 T4-1 T3-6 T3-5 T3-4 T3-3 T3-2 T2-4 T3-1 T2-3 T2-1 T1-4 T1-2 T1-3 T1-1 T6-5 T6-4 T6-3 T6-1 T6-2 T2-2 T7-3 T8-6

Character of Large Collaboration

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Project Management

Demonstrations

 WP3 Demo at S101  WP1 Demo at NPP Kozloduy  WP2 Demo at DOW Stade  WP4 Demo in Mosny Pond Poland  WP5 Demo Block C at RWE Neurath Plant  International Demo in the US at New Jersey 202  International Demo in Taiwan at the Gi Lu Bridge  IRIS 2011 in Hungary, large demonstration and exercise!  WP3 Demo at A1-W4  WP3 Demo at S6  WP3 Demo at EGNATIA  WP1 Demo at JRC  WP2 Demo at DOW Stade (modified)  WP4 Demo in Rovinari, Romania  WP5 Demo Bypass at RWE Neurath Plant

Assessment by Executive Board

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Project Management

Overall Assessment

 The results are good and the objectives are met  The work is in time and of good quality  The scientific and technical performance is excellent  Exploitation prospects are excellent  The Consortium has been very well balanced and motivated  Benefits are expected for everyone  The European Dimension is satisfied  Integration aspects are well represented  No more risk of a failure  The economic potential is visible

IRIS Success Story !

Assessment by Executive Board