Abstract
Exposed baseplates together with anchor bolts are the customary method of connection of steel structures to the concrete footings. Post-Kobe studies revealed that the embedded column bases respond better to the earthquake uplift forces. The embedded column bases also, offer higher freedom in achieving the required strength, rigidity and ductility. The paper presents the results of the pullout failure of three embedded IPE140 sections, tested under different conditions. The numerical models are then, generated in Abaqus 6.10-1 software. It is concluded that, the steel profiles could be directly anchored in concrete without using anchor bolts as practiced in the exposed conventional column bases. Such embedded column bases can develop the required resistance against pullout forces at lower constructional costs.
Highlights
Exposed baseplates together with anchor bolts are the customary method of connection of steel structures to the concrete footings
The paper presents the results of the pullout failure of three embedded IPE140 sections, tested under different conditions
Keywords Steel section embedded in concrete Á Pullout test Á Ultimate load Á Numerical modelling
Summary
Using exposed baseplates and anchor rods is a common method for connection of steel columns to concrete footings. The paper presents the results of the pullout failure of three embedded IPE140 sections, tested under different conditions. Keywords Steel section embedded in concrete Á Pullout test Á Ultimate load Á Numerical modelling
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