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ASSESSMENT OF DYNAMIC RESPONSE OF OFFSHORE JACKET PLATFORMS SUBJECTS TO RANDOM WAVES

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This paper presents a simplified approach to analyze the dynamic response of offshore jacket platform based on Timoshenko beam theory. In the study, the jacket platform is simulated as a… Click to show full abstract

This paper presents a simplified approach to analyze the dynamic response of offshore jacket platform based on Timoshenko beam theory. In the study, the jacket platform is simulated as a non-uniform cantilever beam structure subjects to random waves. The assessment of dynamic performance is based on the power spectral densities, variances and spectral moments due to wave spectrum. A combination of Pseudo-excitation and Ritz method is proposed and adopted, such as the dynamic characteristics of the jacket platform can be solved more efficiently without a need to examine the modes of vibration. The proposed analytical method also provides a more straightforward solution to determine the dynamic response of offshore jacket platforms that meet the required level of engineering practice for preliminary design.

Keywords: dynamic response; jacket; response offshore; offshore jacket

Journal Title: Journal of Marine Science and Technology
Year Published: 2020

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