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Dynamic Response of Machine Foundation Resting on End Bearing Piles by Mohammed Y. Fattah; Mohammed J. Hamood; Ibtihal A.M. Al-Nakdy is a Engineering article available to read on EtoBox.
What is Dynamic Response of Machine Foundation Resting on End Bearing Piles about?
## Abstract Herein, a finite element software (ANSYS. 11) is adopted which provides an effective tool for dynamic analysis and structural design of machine-foundations. As a case study, machine foundation on piles in sandy soil is investigated. Machine foundations supported by end-bearing piles are introduced. Sinusoidal dynamic load is applied. A study of parameters is conducted to investigate the influence of a number of parameters that include: geometry of the piles below the foundation, the dynamic load amplitude, damping ratio and frequency of the load. Linear elastic model is adopted for modeling the piles and their cap for machine foundation using eight node isoparametric (solid 65) element, while elastic model is adopted to model the soil behavior and eight node isoparametric elements are used to model the soil through (solid 45) element. It is concluded that the frequency ratio decreases with increase of spacing between piles values due to increase in natural frequency, except in the case of 3 m spacing where it increases due to decrease in natural frequency as the mass was increased obviously. The increase in spacing caused the increase of natural frequency by about 6% in
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- Author
- Mohammed Y. Fattah; Mohammed J. Hamood; Ibtihal A.M. Al-Nakdy
- Publisher
- IOP Publishing (ISSN 1757-8981)
- Published
- 2020
- Language
- EN
- Field
- Engineering (Physical Sciences)
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