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Faranak Faghihi
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引用次数
引用次数
年份
Thermal coupling in hybrid fire simulation
F Faghihi, M Knobloch
Advances in engineering materials, structures and systems: innovations …, 2019
62019
A computational framework for thermal coupling in hybrid fire simulation
F Faghihi, M Neuenschwander, M Knobloch
COUPLED VIII: proceedings of the VIII international conference on …, 2019
42019
The effect of thermal creep on the fire resistance of steel columns
F Faghihi, M Numanović, M Knobloch
Fire Safety Journal 137, 103750, 2023
32023
Advanced implementation of hybrid fire simulation
F Faghihi
Ruhr-Universität Bochum, 2023
32023
GLOBAL STRUCTURAL FIRE ANALYSIS OF STEEL STRUCTURES IMPLEMENTING HYBRID FIRE SIMULATION
F Faghihi, M Knobloch
8th Symposium Structural Fire Engineering, 199-218, 2022
22022
The Impact of Various Heating Rates on Real-Time Degree of Hybrid Fire Simulation
F Faghihi, M Knobloch
Fire Technology, 1-22, 2024
12024
RIGOROUS IMPLEMENTATION OF REAL-TIME HYBRID FIRE SIMULATION APPLYING HIGH HEATING RATES OF THERMAL LOADING
F Faghihi, M Knobloch
12th International Conference on Structures in Fire (SiF 2022), 553-563, 2022
12022
Advances in hybrid fire simulation–A novel stiffness-update method for real-time implementation
F Faghihi, M Neuenschwander, M Knobloch
Journal of Constructional Steel Research 223, 108974, 2024
2024
Modeling thermal creep of ultra-high-strength steels under steady state temperature conditions
S Uszball, F Faghihi, M Knobloch
13th International Conference on Structures in Fire (SiF 2024), 2024
2024
Anwendung numerischer Methoden bei der Bemessung und Konstruktion von Stahlbauten–Die neue prEN 1993‐1‐14: 2023
M Knobloch, F Faghihi, M Numanović, AL Bours
Stahlbau Kalender 2024: Eurocode 3–neue Anwendungsnormen, 239-305, 2024
2024
Computer-based analyses of steel structures course at RUB - implementation of blended learning concept
F Faghihi, M Knobloch
Festschrift Jörg Lange, 2018
2018
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