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  • Excellence
    • Objectives
    • Ambition
  • Implementation
    • WP1 – Phase-field damage models – requirements and design analysis
    • WP2 – Experimental testing and material parameters identification
    • WP3 – Implementation and coding of FEM software tool PAK-DAM
    • WP4 – Verification and application of FEM software tool PAK-DAM
    • WP5 – Exploitation, dissemination and communication
  • Impact
  • Results
    • Deliverables
    • Milestones
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    • Publications
  • PROMINENT team
  • ESLAB Laboratory
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    • PAK-DAM software
    • FEM Analysis
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Menu
  • Excellence
    • Objectives
    • Ambition
  • Implementation
    • WP1 – Phase-field damage models – requirements and design analysis
    • WP2 – Experimental testing and material parameters identification
    • WP3 – Implementation and coding of FEM software tool PAK-DAM
    • WP4 – Verification and application of FEM software tool PAK-DAM
    • WP5 – Exploitation, dissemination and communication
  • Impact
  • Results
    • Deliverables
    • Milestones
    • Promotion
    • Publications
  • PROMINENT team
  • ESLAB Laboratory
    • Experiments
    • PAK-DAM software
    • FEM Analysis
  • News
Menu
  • Excellence
    • Objectives
    • Ambition
  • Implementation
    • WP1 – Phase-field damage models – requirements and design analysis
    • WP2 – Experimental testing and material parameters identification
    • WP3 – Implementation and coding of FEM software tool PAK-DAM
    • WP4 – Verification and application of FEM software tool PAK-DAM
    • WP5 – Exploitation, dissemination and communication
  • Impact
  • Results
    • Deliverables
    • Milestones
    • Promotion
    • Publications
  • PROMINENT team
  • ESLAB Laboratory
    • Experiments
    • PAK-DAM software
    • FEM Analysis
  • News

Promotion

Poster #1

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Poster #2

This research was supported by the Science Fund of the Republic of Serbia, #GRANT No. 7475, Prediction of damage evolution in engineering structures – PROMINENT

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