DİCLELİ, M. And KARALAR, M. 2023. Investigation of Low-Cycle Fatigue in Integral Bridge Steel H-Piles Due to Thermal-Induced Cyclic Displacements via Experimental Testing and Numerical Simulation. FIB Symposium 2023 Building for the Future: Durable Sustainable Resilient , (İstanbul, Turkey).

DİCLELİ, M., & KARALAR, M., (2023). Investigation of Low-Cycle Fatigue in Integral Bridge Steel H-Piles Due to Thermal-Induced Cyclic Displacements via Experimental Testing and Numerical Simulation . FIB Symposium 2023 Building for the Future: Durable Sustainable Resilient, İstanbul, Turkey

DİCLELİ, MURAT, And MEMDUH KARALAR. "Investigation of Low-Cycle Fatigue in Integral Bridge Steel H-Piles Due to Thermal-Induced Cyclic Displacements via Experimental Testing and Numerical Simulation," FIB Symposium 2023 Building for the Future: Durable Sustainable Resilient, İstanbul, Turkey, 2023

DİCLELİ, MURAT And KARALAR, MEMDUH. "Investigation of Low-Cycle Fatigue in Integral Bridge Steel H-Piles Due to Thermal-Induced Cyclic Displacements via Experimental Testing and Numerical Simulation." FIB Symposium 2023 Building for the Future: Durable Sustainable Resilient , İstanbul, Turkey, 2023

DİCLELİ, M. And KARALAR, M. (2023) . "Investigation of Low-Cycle Fatigue in Integral Bridge Steel H-Piles Due to Thermal-Induced Cyclic Displacements via Experimental Testing and Numerical Simulation." FIB Symposium 2023 Building for the Future: Durable Sustainable Resilient , İstanbul, Turkey.

@conferencepaper{conferencepaper, author={MURAT DİCLELİ And author={MEMDUH KARALAR}, title={Investigation of Low-Cycle Fatigue in Integral Bridge Steel H-Piles Due to Thermal-Induced Cyclic Displacements via Experimental Testing and Numerical Simulation}, congress name={FIB Symposium 2023 Building for the Future: Durable Sustainable Resilient}, city={İstanbul}, country={Turkey}, year={2023}}