This study utilizes the machine learning technique to solve the complex fatigue problem of
concrete materials. To this end, several learning algorithms were addressed including the …

In this study, an experiment was conducted to investigate the shear performance of
reinforced concrete (RC) beams strengthened using fabric-reinforced cementitious matrices …

Shear failure of reinforced concrete falls into the category of brittle and undesirable failure
modes and has caused catastrophic incidents in structures and infrastructures throughout …

Connection details are critical for both seismic performance and constructability of
underground precast concrete (PC) shear wall systems. Current traditional wall-to-wall …

In this study, shear tests were conducted to investigate the shear resistance mechanisms of
Gerber precast concrete (GPC) girders consisting of PC end units, PC girder units, and cast …

In building structures, exterior basement walls should resist the soil pressure type
earthquake load transmitted by the ground. Thus, the structural performance of the exterior …

Fiber-reinforced polymer (FRP) reinforcements have been used in versatile forms in recent
construction practices to enhance durability performance and, consequently, to attain …

For the past several decades, there has been an ongoing academic challenge to
understand the shear-transfer mechanism in reinforced concrete (RC) members, particularly …

This study conducts parametric analyses to identify the bond strengths of corroded
reinforcement by using a nonlinear model proposed in previous study, where the …

Eurocode 21 proposes integrated shear strength equations that do not distinguish between
reinforced concrete and prestressed concrete. This standard suggests an empirical formula …