Lateral load resisting systems (LLRS) in reinforced concrete (RC) buildings should be
adequately determined to control their response under lateral and gravity loads …

Structural engineers should appropriately design concrete structures to resist lateral loads.
Determining the adequate system for resisting the expected lateral loads is important to …

This paper is the first to present the results of a numerical comparison between the
performances of two newly developed concrete columns namely: multi-tied spiral transverse …

When space is limited on project site to install a tower crane for the construction of high and
mid-rise buildings, project managers have to deal with the challenge of assembling such …

The accumulative shortening of columns in conventional structural analyses and the
resulting destructive effects are among the most important factors occurring due to …

High-rise reinforced concrete buildings have technical, economic and environmental
advantages for high density development and they have become a distinctive feature for …

Temperature is one of the most important factors affecting the long‐term behavior of
concrete: Its remarkable impact is directly involved in the analysis and design of structures …

To shorten the construction times of nuclear facility structures, three high-strength concrete
mixtures were developed with specific consideration given to their curing temperatures, their …

Sünme ve büzülme gibi zamana bağlı deformasyonlardan dolayı yüksek katlı binaların
düşey elemanlarında eksenel kısalmalar meydana gelmektedir. Düşey elemanların eksenel …

Excessive column shortening in conventional one-step analyses is one of the most important
aftereffects of ignoring the real behavior of concrete columns. This real behavior could only …