Effect of Impact Velocity and Mass Ratio during Vertical Sphere Water Entry

Journal article

Dillon Schwalbach, Thomas Shepard, Seamus Kane, David Siglin, Teegan Harrington and John Abraham

Development and Applications of Oceanic Engineering, Vol.3

11/01/2014

Abstract

Water Cavity Formation

Hydrophilic Surfaces

Water Impact Forces

Hydrophobic Surfaces

Expendable Bathythermography

Underwater Trajectory

Oceanography

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Title: Effect of Impact Velocity and Mass Ratio during Vertical Sphere Water Entry
Author/Creator: Dillon Schwalbach
Thomas Shepard
Seamus Kane
David Siglin
Teegan Harrington
John Abraham
Publication Details: Development and Applications of Oceanic Engineering, Vol.3
Publisher: Science and Engineering Publishing Company
Number of pages: 8
Academic Unit: Mechanical Engineering
Language: English
Resource Type: Journal article
Record Identifier: 991015164047803691