Study on the Effect of Impact Velocity on Slamming Loads
Peng Yu, Hui Long Ren, Hui Li, Guo Qing Feng
Abstract
Peng Yu, Hui Long Ren, Hui Li, Guo Qing Feng
Abstract
An explicit finite element method which is combined with the Arbitrary Lagrangian-Eulerian (ALE) algorithm is applied to forecast slamming loads during the structure entries into the water. By adjusting the contact parameter, the result of slamming force is improved and this result is compared with the corresponding experimental values to verify the numerical prediction method of slamming loads. By simulating the wedge into the water at a constant speed and evenly variable speed, the effect of the impact velocity on local slamming pressure and global slamming force is studied.
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An explicit finite element method which is combined with the Arbitrary Lagrangian-Eulerian (ALE) algorithm is applied to forecast slamming loads during the structure entries into the water. By adjusting the contact parameter, the result of slamming force is improved and this result is compared with the corresponding experimental values to verify the numerical prediction method of slamming loads. By simulating the wedge into the water at a constant speed and evenly variable speed, the effect of the impact velocity on local slamming pressure and global slamming force is studied.
Key concepts: Slamming, Finite element method, Wedge (geometry), Impact pressure, Mechanics, Structural engineering, Lagrangian, Impact