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Diophantine Type Fractional Derivative Representation of Structural Hysteresis, Part II: Fitting, Computational Mechanics
Computational Mechanics
  • Jerzy T. Sawicki, Cleveland State University
  • Joe Padovan, University of Akron
Document Type
Article
Publication Date
1-1-1997
Abstract

Part I of this series introduced the diophantinized fractional model and the decompositional formulation. The various important properties of fractional continuum formulation and its decomposed version were developed. In Part II the dynamic properties of the diophantine representation are investigated. The model fitting scheme will be developed to handle an arbitrary frequency dependent structural hysteriesis. This is followed up with the results of benchmark studies which demonstrate the effectiveness of fitting.

DOI
10.1007/s004660050183
Version
Postprint
Citation Information
Sawicki, J.T., and Padovan, J. (1997). Diophantine Type Fractional Derivative Representation of Structural Hysteresis, Part II: Fitting. Computational Mechanics, 19(5), 341-356, doi: 10.1007/s004660050183.