Corpus ID: 55191590

INVESTIGATING THE DYNAMIC BEHAVIOR OF OFFSHORE JACKET-TYPE PLATFORMS INCORPORATED WITH THE TUNED LIQUID DAMPER (TLD) UNDER SEISMIC EXCITATION

@inproceedings{Hassan2015INVESTIGATINGTD,
  title={INVESTIGATING THE DYNAMIC BEHAVIOR OF OFFSHORE JACKET-TYPE PLATFORMS INCORPORATED WITH THE TUNED LIQUID DAMPER (TLD) UNDER SEISMIC EXCITATION},
  author={T. Hassan and Ahmadi Hamid and Lotfollahi Yaghin Mohammad Ali},
  year={2015}
}
هچخیرات :هلاقم هلاقم تفایرد خیرات : 05 / 03 / 1393 رات ی خ ذپ ی شر :هلاقم 02 / 12 / 1394 ) هدش میظنت عیام رگاریم متسیس ییآراک ،هلاقم نیا رد TLD… Expand

References

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Experimental and numerical study on tuned liquid dampers for controlling earthquake response of jacket offshore platform
Earthquake loading has to be considered when the offshore platform is constructed in active fault zone. Tuned liquid dampers (TLD) have been proposed to control the dynamic response of structures.Expand
Seismic Response of a Typical Fixed Jacket-Type Offshore Platform (SPD1) Under Sea Waves
Offshore platforms in seismically active areas should be designed to service severe earthquake excitations with no global structural failure. In seismic design of offshore platforms, it is oftenExpand
Optimum Absorber Parameters for Tuned Liquid Column Dampers
Tuned liquid column dampers (TLCDs) are a class of tuned liquid dampers that impart indirect damping to the primary structure through oscillations of the liquid column in a U-shaped container. TheExpand
Adaptive Behavior of Double Concave Friction Pendulum Bearing and its Advantages over Friction Pendulum Systems
Double Concave Friction Pendulum (DCFP) bearing is a new generation of friction isolator that contains two separate concave sliding surfaces with di erent properties. Accommodating enhancedExpand
Optimization of tuned liquid column dampers
Abstract The effectiveness of a tuned liquid column damper (TLCD) in controlling structural vibration is studied. A numerical method is adopted to account for nonlinearity of the governing equation.Expand
Modelling and preliminary design of a structure-TLD system
Tuned liquid dampers are cost effective dynamic vibration absorbers that are increasingly being employed to mitigate the dynamic response of tall buildings. A significant reduction in the dynamicExpand
Numerical modeling of sloshing motion in a tuned liquid damper outfitted with a submerged slat screen
Tuned liquid dampers (TLDs) are among the most economical and effective passive damping devices. They have been increasingly used to reduce dynamic response and protect structures from failure due toExpand
Simulating a conical tuned liquid damper
TLDR
The present study focuses on the frustum-conical TLD as an alternative to the traditional cylindrical tank, which allows calibrating its natural frequency through varying liquid depth, which makes it suitable for a semi-active implementation. Expand
Stochastic response of structures with fluid-containing appendages
Abstract The influence of fluid-containing appendages on the dynamic response of multi-degree-of-freedom systems subjected to stochastic environmental loads, e.g., earthquakes, waves, or winds, isExpand
A nonlinear numerical model for sloped‐bottom tuned liquid dampers
Shaking-table data for a tuned liquid damper with a sloped bottom of 30° with the horizontal are investigated using a non-linear numerical model previously developed by Yu, Jin-kyu, NonlinearExpand
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