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Do Viscous Dampers Between Adjacent Buildings Work Safely

Fluid viscous dampers were first developed in the 1960s by NASA engineers, but have since found numerous civil engineering applications around the world. Viscous dampers can help protect structures from strong winds, pedestrian and car traffic loads (on bridges), and earthquakes. ....

T Ai Pei , Qinjin Shutterstock , Francis Shangri , Ben Pilkingtonsep , Ben Pilkington , Research Institute , China Sichuan University , Study Sheds Light , Viscous Damper Effectiveness , Sichuan University , Southwest Architectural Design , Viscous Damper Use , Dissipate Seismic Energy , Innovative Bridge Design , Dynamic Response , Adjacent Buildings Connected , Viscous Dampers , World Conference , Luid Viscous Dampers , Iscous Dampers Between Buildings ,

Dynamic Response

Dynamic Response - Wake up to reality. See things as they are. Change your thoughts before you end up destroying yourself. Remember, hatred, revulsion and negativity will not do. ....

Dynamic Response ,

"A Single-Phase Single Switch High Performance SEPIC AC-DC Power Conver" by Shashotto Sworov Haque, Shuvra Prokash Biswas et al.

In this paper, a new single-phase single-ended primary-inductor converter (SEPIC) topology-based ac-dc converter is proposed pursuing only a singular switch for power conversion. The proposed converter exhibits higher input power factor, moderated total harmonic distortion (THD) in the input line current complying with IEEE-519 standards and high voltage gain compared to its traditional counterpart. In addition, the proposed topology displays promising performance under unexpected load introduction and load variations. Furthermore, the proposed converter causes a very low power loss comparing to its conventional topologies for the utilization of only a single switch to signal control. All the simulations have been performed in MATLAB/Simulink environment which upholds the performance of the topology and validates the philosophy of proposed converter. ....

Ac Dc Converter , Dynamic Response , Nput Power Factor , Ermanent Magnet Dc Motor , Epic Converter , Total Harmonic Distortion , Nbalanced Load Introduction ,