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Mechanical systems and signal processing, 2022
Distributed dissipative oscillators are considered effective measures to broaden the vibration mitigation bandwidth of structures. However, the existing calculation methods are mainly based on parameter analysis, which is not convenient for engineering ...
W. Yin, F. Sun
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Distributed dissipative oscillators are considered effective measures to broaden the vibration mitigation bandwidth of structures. However, the existing calculation methods are mainly based on parameter analysis, which is not convenient for engineering ...
W. Yin, F. Sun
semanticscholar +1 more source
Influence of Cu particulates on a356mmc using frequency response function and damping ratio
Advances in Materials and Processing Technologies, 2023Aluminium and aluminium alloy MMCs (AAMMCs) tend to be the most explored materials in MMC development due to their broad range of properties such as wear resistance, light weight, strength with durability, and improved damping capabilities for ...
M. Naga +6 more
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On the modal damping ratios of mixed reinforced concrete – steel buildings
Soil Dynamics and Earthquake EngineeringGeorge A Papagiannopoulos
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The effect of corrosion on the natural frequency and modal damping of reinforced concrete beams
Engineering Structures, 2001H. Abdul Razak, F.C Choi
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Effects of time‐variant modal frequencies of high‐rise buildings on damping estimation
Earthquake engineering & structural dynamics (Print), 2020This paper proposes a method to identify the time‐variant modal frequencies of high‐rise buildings and applies the method to the field measurements from a 68‐story high‐rise building during Super Typhoon Mangkhut (September 16, 2018).
K. Zhou, Q. Li
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, 2020
A performance-based seismic design method is proposed for three types of plane R/C structures, i.e., moment resisting frames, infilled moment resisting frames and wall-frame dual systems.
E. Muho, G. Papagiannopoulos, D. Beskos
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A performance-based seismic design method is proposed for three types of plane R/C structures, i.e., moment resisting frames, infilled moment resisting frames and wall-frame dual systems.
E. Muho, G. Papagiannopoulos, D. Beskos
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The Determination of Modal Damping Ratios From Maximum Entropy Spectral Estimates
Journal of Dynamic Systems, Measurement, and Control, 1982This paper focusses on the estimation of natural frequencies and modal damping ratios from measured response spectra, with particular emphasis on the dynamic response of offshore structures to wind and wave excitation. At present, estimates of natural frequencies and damping ratios are computed from the location and half-power bandwidths of resonant ...
Campbell, R. B., Vandiver, J. K.
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Evaluation of Absolute Damping from Modal Damping Ratios
2004In the previous chapters, we determined the natural frequencies and modal shapes for undamped structures when modeled as shear buildings. We also determined the response of these structures using the modal superposition method. In this method, as we have seen, the differential equations of motion are uncoupled by means of a transformation of ...
Mario Paz, William Leigh
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An Explicit Solution of Modal-Damping Ratios for Higher Modes of a Cable with an External Damper
Journal of Engineering Mechanics, 2022AbstractDesign of external dampers for stay cables requires repetitive evaluation of damping ratios for target modes of cables under various damper parameters and installation positions, and explic...
Chao Yang +4 more
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A study of modal damping for offshore wind turbines considering soil properties and foundation types
Wind Energy, 2019Wind Energy. 2019;1–19. Abstract The modal damping ratio for each mode is crucial to characterize the dynamic behavior of offshore wind turbines and widely used by simulation software in wind turbine engineering, such as Bladed and FAST.
T. Ishihara, Lilin Wang
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