10-17-2010, 08:29 AM
..
38) -- Iervolino, I, De Luca, F., Cosenza, E., Manfredi, G (2010). Chapter 4: Real, Scaled, Adjusted and Artificial Records: A Displacement and Cyclic Response Assessment, in M.N. Fardis (ed.), Advances in Performance-Based Earthquake Engineering, Geotechnical, Geological, and Earthquake Engineering 13, Springer.
This work tries to address the spectral matching issue from the structural point of view in terms of non-linear peak and cyclic response, simply having as reference a code-based design spectrum. To this end, six categories of 28 accelerograms, each one consisting of four sets, were considered: 1] un-scaled real records; 2] moderately scaled real records; 3] largely scaled real records; 4] wavelet-adjusted real records (RSPMatch); 5] type 1 artificial records (Belfagor); and 6] type 2 artificial records (SIMQKE).
This article is -->> recommended to read <<-- for those who are intensively used spectral matching methods for their input motion in engineering design and assessment.
39) -- Douglas, J, Aochi, H (2010). A Survey of Techniques for Predicting Earthquake Ground Motions for Engineering Purposes, Survey in Geophysics 29:187–220.
The various techniques proposed in earthquake ground-motion prediction and a variety of procedures have their adherents and some of them are extensively used to estimate ground motions for engineering design purposes and in seismic hazard research. The purposes of this article are to: summarise existing methods and the most important references, provide a family tree showing the connections between different methods and, most importantly, to discuss the advantages and disadvantages of each method.
This is a good review-paper that will give us a broad information from seismology engineering to earthquake engineering.
40) -- Katsanos, E, Sextos, AG, Manolis, GD (2010). Selection of earthquake ground motion records: A state-of-the-art review from as structural engineering perspective. Soil Dynamics and Earthquake Engineering 30:157-169.
This paper reviews alternative selection procedures based on established methods for incorporating strong ground motion records within the frame work of seismic design of structures. the aim of this paper is to present the most recent methods developed for selecting an ‘appropriate’ set of records that can be used for dynamic analysis of structural systems in the context of performance-based design.
-- >> Highly recommended to read!! <<---- It is a very useful review-paper for structural dynamic analysis that contained almost all of the aforementioned papers in this thread.
:clap::clap::clap::clap::clap::clap:
This is the end of my collection for the topic related to selection of ground motions for input motion of structural dynamic analysis.
It is welcome for you to add more links for articles with IDENTICAL TOPIC in this thread, especially articles from the peer-reviewed journals such as
- Structural Design of Tall Buildings (see in Katsanos et al. #40),
- Bulletin of the New Zealand Society for Earthquake Engineering,
- Japanese journal,
- Journal of Earthquake Technology (India),
- Chinese journals,
- or else
(must be in English of course).
Best regards.
38) -- Iervolino, I, De Luca, F., Cosenza, E., Manfredi, G (2010). Chapter 4: Real, Scaled, Adjusted and Artificial Records: A Displacement and Cyclic Response Assessment, in M.N. Fardis (ed.), Advances in Performance-Based Earthquake Engineering, Geotechnical, Geological, and Earthquake Engineering 13, Springer.
This work tries to address the spectral matching issue from the structural point of view in terms of non-linear peak and cyclic response, simply having as reference a code-based design spectrum. To this end, six categories of 28 accelerograms, each one consisting of four sets, were considered: 1] un-scaled real records; 2] moderately scaled real records; 3] largely scaled real records; 4] wavelet-adjusted real records (RSPMatch); 5] type 1 artificial records (Belfagor); and 6] type 2 artificial records (SIMQKE).
This article is -->> recommended to read <<-- for those who are intensively used spectral matching methods for their input motion in engineering design and assessment.
39) -- Douglas, J, Aochi, H (2010). A Survey of Techniques for Predicting Earthquake Ground Motions for Engineering Purposes, Survey in Geophysics 29:187–220.
The various techniques proposed in earthquake ground-motion prediction and a variety of procedures have their adherents and some of them are extensively used to estimate ground motions for engineering design purposes and in seismic hazard research. The purposes of this article are to: summarise existing methods and the most important references, provide a family tree showing the connections between different methods and, most importantly, to discuss the advantages and disadvantages of each method.
This is a good review-paper that will give us a broad information from seismology engineering to earthquake engineering.
40) -- Katsanos, E, Sextos, AG, Manolis, GD (2010). Selection of earthquake ground motion records: A state-of-the-art review from as structural engineering perspective. Soil Dynamics and Earthquake Engineering 30:157-169.
This paper reviews alternative selection procedures based on established methods for incorporating strong ground motion records within the frame work of seismic design of structures. the aim of this paper is to present the most recent methods developed for selecting an ‘appropriate’ set of records that can be used for dynamic analysis of structural systems in the context of performance-based design.
-- >> Highly recommended to read!! <<---- It is a very useful review-paper for structural dynamic analysis that contained almost all of the aforementioned papers in this thread.
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:clap::clap::clap::clap::clap::clap:
This is the end of my collection for the topic related to selection of ground motions for input motion of structural dynamic analysis.
It is welcome for you to add more links for articles with IDENTICAL TOPIC in this thread, especially articles from the peer-reviewed journals such as
- Structural Design of Tall Buildings (see in Katsanos et al. #40),
- Bulletin of the New Zealand Society for Earthquake Engineering,
- Japanese journal,
- Journal of Earthquake Technology (India),
- Chinese journals,
- or else
(must be in English of course).
Best regards.
.