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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
    • 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
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

Deliverables

Deliverable IDDeliverable nameWP NoMonth of delivery
D1.1Manuscript of review paper on analyzed existing phase-field damage models12
D1.2Flowcharts and pseudocode of PAK-DAM simulation tool design112
D1.3Theory manual for PAK-DAM software tool118
D2.1Manuscript of review paper on collected data about experimental tests from literature23
D2.2Report on experimental investigation of metals and concrete220
D2.3Datasets of recorded and collected experimental results and material parameters224
D3.1Alpha PAK-DAM release notes, source code, make file and readme.txt318
D3.2Beta PAK-DAM release notes, source code, make file and readme.txt324
D3.3PAK-DAM release notes, source code, make file and readme.txt330
D3.4User manual for PAK-DAM software tool333
D4.1Verification and application plan420
D4.2FEM examples input files and executable control.sh script425
D4.3Examples and case studies manual for PAK-DAM software tool436
D5.1Communication and Dissemination Plan –  1.0, 2.0, 3.051, 13, 25
D5.2Exploitation plan525
D5.3Lecture notes for courses at FINK536
This research was supported by the Science Fund of the Republic of Serbia, #GRANT No. 7475, Prediction of damage evolution in engineering structures – PROMINENT

This portal was created with the financial support of the Science Fund of the Republic of Serbia. The users of the funds (Faculty of Engineering and the Institute for Information Technologies, University of Kragujevac) are solely responsible for the content of this publication, and this content does not express the views of the Science Fund of the Republic of Serbia.

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