Nonlinear analysis of bolted joint using single degree of freedom model
By: Sahu, Nagesh Kumar
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Contributor(s): Ranjan, Prabhat.
Publisher: Chennai CSIR 2021Edition: Vol48(3), Aug-Sep.Description: 194-199p.Subject(s): Civil Engineering
In:
Journal of structural engineering (JOSE)Summary: Bolted joints are widely used in assembled structures. An introduction of a joint induces nonlinearity due to the presence of friction at interface. To understand the nonlinear characteristics of a bolted joint under dynamic loading, nonlinear parameters are identified based on equation is solved to obtain modulation equation using multiple scale method. Nonlinear analysis is done by analysing frequency response curves at different nonlinear parameters of bolted joint.
The developed model can be used to identify bolted joint response with change in its preload.
| Item type | Current location | Call number | Status | Date due | Barcode | Item holds |
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Articles Abstract Database
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School of Engineering & Technology (PG) Archieval Section | Not for loan | 2022-0115 |
Bolted joints are widely used in assembled structures. An introduction of a joint induces nonlinearity due to the presence of friction at interface. To understand the nonlinear characteristics of a bolted joint under dynamic loading, nonlinear parameters are identified based on equation is solved to obtain modulation equation using multiple scale method. Nonlinear analysis is done by analysing frequency response curves at different nonlinear parameters of bolted joint.
The developed model can be used to identify bolted joint response with change in its preload.
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