Program
KEY TOPIC
- Reuse and retrofitting of structural elements
- Robustness and impact loading
- High-strength, stainless and other special steels
- 3D printing and additive manufacturing
- Machine learning in engineering design and construction
- Sustainability assessment and design
- Novel structural solutions
- Steel concrete composite structures
- Steel- timber composite structures
- Bridge construction and structural design
- Masts, towers and offshore structures
- Silos and tanks
- High-rise buildings
- Long span and spatial structures
- Façade engineering
- Bolted joints and connections
- Welded joints and connections
- Stability of cross-sections, members and frames
- Stability and plasticity in plates and shells
- Cold-formed structures
- Fire engineering
- Seismic resistance, dynamics and vibration
- Fatigue and fracture
- Eurocode and international design codes
- AI in design and assessment of steel structures
KEYNOTE SPEAKERS
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Prof. Zbigniew Kowalewski; Institute of Fundamental Technological Research, Warsaw, Poland: "Effect of fatigue/creep loading conditions on the behaviour of selected steel grades and their subsequent reuse potential" Biographical note |
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Prof. Roberto Leon; Virginia Tech, Blacksburg, USA: "Existing Steel Structures in the USA: Evaluation, Rehabilitation and Reuse" Biographical note |
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Prof. Taichiro Okazaki; Hokkaido University, Japan: |
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Prof. Luis da Silva; University of Coimbra, Coimbra, Portugal: "How innovative joints enable the widespread use of demountable and reusable modular steel structures" Biographical note |
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Prof. Alper Kanyilmaz; Politecnico di Milano, Italy: "AI-Driven Assessment of Existing Steel Structures" Biographical note |