In this video, we explore the complex hysteretic behavior of corroded reinforcing bars, focusing on how corrosion, bar buckling, and stirrup confinement influence the seismic performance and structural integrity of reinforced concrete elements. The discussion highlights advanced modeling techniques, experimental insights, and realistic stress–strain representations used by researchers and engineers for predicting structural resilience under cyclic loading.
You will learn about: ✔️ Effects of corrosion on mechanical properties of rebars ✔️ Buckling mechanisms in longitudinal bars under compression ✔️ How stirrup spacing and confinement enhance post-yield behavior ✔️ Cyclic loading response and hysteresis curve characteristics ✔️ State-of-the-art modeling approaches used in structural engineering research
This video is ideal for civil engineers, structural researchers, students, and professionals interested in structural safety, earthquake engineering, and concrete durability.
📌 Visit Us: 🌐 Website: statisticsaward.com/ 🏆 Nomination: statisticsaward.com/award-nomination/?ecategory=Awards&rcategory=Awardee 📝 Registration: statisticsaward.com/award-registration/
