Passive tuned liquid dampers, being cost-effective, easy to implement, and reliable
structural vibration control devices, have received significant attention from designers and …

The potential of compliant liquid dampers-inerter (CLDI) for response control of tall
buildings, capitalizing on the mass amplification property of the inerter, has been explored …

Water tanks are installed on the roofs of high-rise buildings for services and to fight fire
outbreaks. These tanks are often considered unsuitable for design as tuned liquid dampers …

Building codes often mandate the installation of overhead fire water tanks (OFWTs) on multi-
storeyed buildings. The present study proposes a cost-effective solution by utilizing these …

To exploit the potential of liquid dampers for vibration control of supertall buildings, it is
essential to install sizable liquid tanks at the top of the building to provide a substantial value …

Purpose The purpose of the current study is to enable an economical use of the existing
mass of an overhead water tank for effective control of the building vibrations under lateral …

This is a study on a deep, liquid‐containing tank, such as an overhead water tank on a
building, with a vertically submerged stretched membrane (SSM). Here, instead of the …

Purpose Intermediate-depth tuned liquid dampers (TLDs) are easier to install and maintain
as compared to shallow TLDs but produce less dam**. The purpose of this study is to …

The possibility of detuning resulting from liquid depth fluctuation and low dam**
characteristics for being deep tanks hinder the utilization of overhead water tanks (OWTs) as …

Traditional code-based building designs attempt to ensure non-collapse criteria under
disastrous events such as severe earthquakes, strong cyclones, etc. However, the buildings …