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Numerous investigations have been carried out in order to minimise the motions in structures, particular in high rise buildings. This book examines how slosh tanks or in other words, Tuned Liquid Dumper (TLD), may be effective in reducing the lateral movement and accelerations in tall buildings. There are several variables that could affect the dumping performance of the system. A constructed model (frame) was used in experiment to investigate those parameters. Identify the key influencing parameters associated with slosh tank design and making critical comparison between the experimental study with those in existing theory.…mehr

Produktbeschreibung
Numerous investigations have been carried out in order to minimise the motions in structures, particular in high rise buildings. This book examines how slosh tanks or in other words, Tuned Liquid Dumper (TLD), may be effective in reducing the lateral movement and accelerations in tall buildings. There are several variables that could affect the dumping performance of the system. A constructed model (frame) was used in experiment to investigate those parameters. Identify the key influencing parameters associated with slosh tank design and making critical comparison between the experimental study with those in existing theory.
Autorenporträt
Marinos Michail was born in Limassol, Cyprus, in 1990. He is highly motivated and skilled civil engineer with a Masters' degree from the University of Salford, United Kingdom. At early stage of his life, he became interest and follow his studies in engineering field. He is working as a civil engineer and a member of the Technical Chamber of Cyprus.