Experimental, analytical, and numerical investigations on the flexural and fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022

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Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
φ 2 = 45 • ODF sections illustrating texture of the a) novel and b
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Infrastructures, Free Full-Text
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Experimental, analytical, and numerical investigations on the
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Experimental and numerical investigation of flexural behavior of
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Tensile test result for 8 mm thickness samples a) laser beam
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Experimental, analytical, and numerical investigations on the
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Experimental, analytical, and numerical investigations on the
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
PDF) Experimental and numerical assessment of the improvement of
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Flexural Strengthening of RC Beams with Steel-Reinforced Grout
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Sustainability, Free Full-Text
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Investigation of the mechanical properties of polyurethane foam
Experimental, analytical, and numerical investigations on the flexural and  fatigue behavior of steel thin-walled X-section beam - Gürkan İrsel, 2022
Build orientation, surface roughness, and scan path influence on
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