Programme of BIP'2023
Special course information
Title: Fatigue lifetime prediction and fracture analysis of materials and structures
ECTS 3 points
Programme of BIP
Tuesday–12/09/2023–DAY 1
Arrival
17:00–Welcome Session–Introduction to BIP thematic sessions (room 316B1)
20:00–Multimedia fountain sunset (Szymon Duda)
WED— 13/09/2023–DAY 2
09:00–10.45 Mechanical behavior of various materials and their degradation.–prof. G.Lesiuk (room 316B1)
11:00–12:00 Social meeting with classical music
12:00–12:30 Coffe break
12:30–14:00 Fatigue Fracture–fundamentals–1/2–prof. Grzegorz Lesiuk, WUST (room 316B1)
14:00–15:00 Lunch break
15:00–16:30 Fatigue Fracture–fundamentals–2/2 – prof. Grzegorz Lesiuk, WUST (room 316B1)
16:30–17:30 Workshops with numerical tools for lifetime prediction — prof. Grzegorz Lesiuk, WUST (room 316B1)
THU – 14/09/2023 DAY 3
9.00–12.00 Numerical modelling of fracture in composites and metals — Dr Michał Smolnicki, WUST (room 316B1)
12.00–12.30 Coffe Break
12.30–14.00 Case study analysis: fatigue failures and improvements: project/LAB B1–Szymon Dziuba&Kayode Olaleye (room 316B1 and lab of materials strength)
14.00–15.00 Lunch break
15.00–16.30 Fatigue Crack growth lab – G.Lesiuk&Szymon Dziuba (room 110B1)
18:30–22:00 Social meeting in SPIŻ – RYNEK
FRI – Day 4–15/09/2023
9.00–10.30 Fatigue of Civil engineering materials: Concrete and mortar – prof. S. Seitl – Brno University of Technology (room 316 B1)
10.30–12:00 Mesoscale discrete model for monotonic, cyclic and fatigue loading of concrete – Prof. Miroslav Vořechovský–Brno University of Technology (room 316 B1)
12:00–12:30 Coffe Break
12.30–14.00 – ”Bio-based lightweight materials/ sustainable composites”, 30 minutes, Azmin Hannan–BTU Cottbus, ”Design and optimization of an adaptive lightweight rotor blade”, 30 minutes, Lucas Ost, BTU Cottbus (room 316 B1)
14:00–15:00 Lunch break
15:00–18:00–Lab of composite materials testing ½ (room 111 B1)
SAT – Day 5–16/09/2023 (Cultural activity in Wroclaw)
9.30–10.45 — Lab of composite materials testing 2/2 (room 111 B1)
11.00–15.00 Visiting Wrocław with Guide and discovering dwarfs and bridges (Szymon Duda)
SUN – Day 6 17/09/2023
9.30–10.00 Wrap up
10.00–13.00 Students presentations:
Anton Schiefelbein: “Automated Fiber Placement at the Chair of Polymer-based Lightweight Design”
Oliver Dorn: “Challenge in the design, development and manufacturing of a custom CFRP handlebar for a Paralympic athlete (Paralympic Games 2024, Paris)
13.00–14.00 Closing ceremony–discussion, goals for future and plan of virtual component
Virtual component topics
- Fatigue lifetime predictions — analytical tutorials and examples of modeling — WUST, prof. Lesiuk
- Statistics what percentage of engineering failures happen due to fatigue, which parts of machines fails more often–RTU RIGA, prof. Cerpinska
- Case studies of engineering failures due to fatigue Aloha airlines, Silver bridge etc. RTU RIGA — prof. Cerpinska
- Ultrasonic fatigue testing of materials: Advantages, basic features and current challenges. Brno University of Technology — prof. Klusak/S.Seitl
- Numerical Analysis in fatigue and fracture — theory and tutorials — prof. Abilio M.P. De Jesus
- Modeling of composite materials structural integrity — WUST — Dr Michał Smolnicki
- Examples of fatigue and fracture approach in civil engineering — numerical modeling and analysis of fatigue lifetime — bridge structures — prof. Jose Correia UPorto
- Experimental methods — data analysis and techniques for structural integrity assessment composite materials — Dr Michal Smolnicki/Szymon Duda WUST
- High-speed phenomena and modeling — Kayode Olaleye – WUST