Category:Floating Elastic Plate
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The floating elastic plate is one of the best studied problems in hydroelasticity. It can be used to model a range of physical structures such as a floating break water, an ice floe or a VLFS). The equations of motion were formulated more than 100 years ago and a discussion of the problem appears in Stoker 1957. The problem can be divided into the two and three dimensional formulations which are closely related. The plate is assumed to be isotropic while the water motion is irrotational and inviscid.
The solution methods are divided up into those for Two-Dimensional Floating Elastic Plate and those for a Three-Dimensional Floating Elastic Plate
Pages in category "Floating Elastic Plate"
The following 15 pages are in this category, out of 15 total.
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- Eigenfunction Matching for a Circular Floating Elastic Plate
- Eigenfunction Matching for a Finite Floating Elastic Plate using Symmetry
- Eigenfunction Matching for a Semi-Infinite Floating Elastic Plate
- Eigenfunction Matching Method for Floating Elastic Plates
- Elastic Plate on Shallow Water
- Energy Balance for Two Elastic Plates