Vibration
"This volume of the series Principles of naval architecture presents the principles underlying analysis of the vibration characteristics of modern seagoing ships and the application of those principles in design and problem solving. The classical continuous beam model with steady state response to periodic excitation is presented first. This includes natural frequencies, mode shapes and modal expansion. Discrete analysis is next presented based upon finite element principles. Examples are discu…
Read More ↓Title Statements
- Full title :Vibration / William S. Vorus ; J. Randolph Paulling, editor.
Summary
"This volume of the series Principles of naval architecture presents the principles underlying analysis of the vibration characteristics of modern seagoing ships and the application of those principles in design and problem solving. The classical continuous beam model with steady state response to periodic excitation is presented first. This includes natural frequencies, mode shapes and modal expansion. Discrete analysis is next presented based upon finite element principles. Examples are discussed involving analysis of the entire ship and component parts, e.g., the deckhouse. The principal sources of excitation are usually the propulsion machinery and the propeller and methods of predicting the forces and moments produced by each are presented. There are sections on vibration surveys, sea trials, acceptable vibration standards and criteria. Concluding sections treat methods of remediation of vibration problems that are found after the ship is completed, including modifications to propeller design, structure and machinery."
Read More ↓Edition Statements
- Publication Date:copyright 2010
Publication Statements
- Publisher(s):Society of Naval Architects and Marine Engineers
- Place of Publication:Jersey City (N.J.)
- Language:eng
- Publication Date:copyright 2010
The Physical Object
- Description:1 vol. (XVI-65 p.) : : ill. ; : 28 cm.
Edition Identifiers
- ISBN:9780939773756 (br), 0939773759 (br)
- oclc:on1222896795
- Dewey Decimal:623.8/171
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