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June 3, 2026Journal of Structural and Construction Engineering (Transactions of AIJ)0 citationsOpen Access

Influence of Viscous Damping Model on Time-History Response Analysis of Elastic-Plastic Systems (Part 2) : Comparison Across Different Hysteresis Models

YFYasunori FUJIKAWARMRyota MATSUITOTaichiro Okazaki

Key Points

  • This analysis aims to understand how different viscous damping models affect the response of elastic-plastic structural systems.
  • Conducted nonlinear time-history analyses on systems with 5 hysteresis models and 13 damping models
  • Evaluated the effects of damping models during stiffness transitions
  • Discussed reasons for large unintended damping forces in certain scenarios
  • Damping models had minimal impact on response during smooth stiffness transition
  • Some models produced large unintended damping forces during significant stiffness changes
  • Recommendations provided for selecting appropriate damping models based on hysteresis characteristics

Abstract

Nonlinear time-history analyses were conducted on structural systems comprising 5 different elastic-plastic hysteresis models and adopting 13 different viscous damping models. The choice of damping model had little effect on the computed response of structural systems that experienced smooth transition of stiffness. However, some of the damping models, even those designed to maintain the effective damping ratio at the target value, developed very large, unintended damping forces at instances of significant stiffness change. The reasons for the unintended damping forces are discussed, along with the authors’ recommendation on suitable damping model given the hysteresis model.

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Cite This Study

FUJIKAWA et al. (2026) studied this question.

synapsesocial.com/papers/6a1fc3a6dee9eb8c0dce5218https://doi.org/10.3130/aijs.91.735
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