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Seismic Performance Analysis of Spatially Distributed Systems

Monzon-Despang, H (Author)
Date created:
Type of resource:
Technical report
The objectives of this dissertation have been twofold: First, an approach to assess seismic damage for spatially distributed systems has been developed. The procedure enables the analyst to evaluate an arbitrary parameter of seismic damage throughout a geographically extensive system. The discussion has included • the modeling of the seismic environment; • the modeling of the seismic events themselves, including their felt areas and the distribution of seismic severity within these areas; the modeling of the system as a seismic target; • the implementation and use of seismic performance relationships to assess the damage incurred by individual system components. Chapters 2 through 5 have covered these aspects. A second objective has been the characterization of damage to the system as to enable the analyst to describe its recurrence. Evaluation of recurrence is a necessary step in assessing seismic risk. For this, system-oriented parameters indicating the global response of the system have been discussed. Among several parameters mentioned in Chapter 2, one parameter --global-damage-- has been more extensively described in Chapter 8. Mathematical methods to assess recurrence were addressed in Chapter 6. The main emphasis was placed, not on global-damage per se, but in the implementation of the general methodology of assessing system-oriented response.
Preferred Citation:
Monzon-Despang, H. (1980). Seismic Performance Analysis of Spatially Distributed Systems. John A. Blume Earthquake Engineering Center Technical Report 43. Stanford Digital Repository. Available at: http://purl.stanford.edu/cn224zk6909
John A. Blume Earthquake Engineering Center Technical Report Series
Related item:
John A. Blume Earthquake Engineering Center
risk assessment
damage detection
seismic performance
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