Structural Engineering Laboratory introduces the essential practical skills required in the structural engineering curriculum. This is achieved by directly engaging students in hands-on testing of construction materials such as concrete, cement, and steel. The experiments are designed in parallel with the theoretical concepts taught in lectures, allowing students to reinforce their understanding of structural behavior through real-world applications.
Experiments conducted in the laboratory include concrete compression and flexural strength testing, cement compressive strength, concrete permeability (impermeability) tests, and tensile testing of steel for yield strength determination. The primary goal of this laboratory is to familiarize students with the fundamental mechanical properties of structural materials and to strengthen their understanding of structural mechanics and material performance through experimental observation.
Instead of relying solely on simulation or pre-assembled kits, students actively participate in specimen preparation, test setup, execution of loading procedures, and data recording. These activities mirror real-life construction and testing scenarios, enabling students to link laboratory results with field applications. Following each experiment, students analyze the results, compare them with theoretical expectations or standards, and prepare detailed reports on their findings.
The laboratory has a size of approximately 80 m2 with a capacity of 20 students.
Responsible Person: Dr. Bekir Salih FIRINCIOĞLU
Location: Faculty of Civil and Environmental Engineering, Ground Floor
