Seismic performance evaluation of Egyptian code-designed steel moment resisting frames
HBRC Journal, 2018 Despite the fact that steel is a ductile material, the significant damage, during earthquake events, highlighted the need to thoroughly investigate the seismic performance of steel structures.
Mohammed H. Serror +1 more
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Accounting for Resilience in the Selection of R Factors for a RC Unsymmetrical Building
Applied Sciences, 2023 Several design codes consider the non-linear response of a building by using one of the most important seismic parameters, called the response reduction factor (R).
S. Prasanth +4 more
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Effect of Building Configuration on Overstrength Factor and Ductility Factor
, 2021 It is important for the structure to be economical and still have a high level of life safety. The lateral force sustained by the structures during a large earthquake would be several times larger than the lateral force for which the structures are ...
Sagun Kandel, Rajan Suwal
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Evaluation of seismic performance of X bracing systems equipped with flexural yielding dampers [PDF]
Journal of Structural and Construction Engineering, 2017 The X-bracing system is one of the lateral loads bearing system. In X-bracing system’s elements, axial plastic hinges (compressive or tensile) will be formed instead of flexural hinges which are not capable to absorb high energy.
Mussa Mahmoudi Sahebi, Farshid Khanjani
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Algorithms, 2021 The ductility and strength of reinforced concrete (RC) columns could be noticeably improved by replacing steel bars with polymeric bars. Despite the previous research on RC columns, most of those studies focused only on the lateral load capacity of this ...
Sajjad Sayyar Roudsari +4 more
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The BUILDING MATERIAL INFLUENCE ON RESPONSE REDUCTION FACTOR
, 2022 During strong earthquakes the nonlinear performance of building structures is determined by the response reduction factor (R) which is a seismic design parameter.
Varinder Singh , Jaspreet Singh Gill
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Torsional ductility spectrum for predicting ductility distribution in simple asymmetric‐plan structures [PDF]
, 2020 An analytical procedure is developed for predicting the ductility demands in simple asymmetric-plan structures under earthquake ground motions. The procedure governs regular structures dominated by the lower vibration modes where inelastic response ...
Kaatsız, Kaan +4 more
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Effect of irregularity on seismic design parameters of RC-infilled structures
Magazine of Civil Engineering, 2021 A four-storey reinforced concrete (RC) building is seismically evaluated with the incorporation of different irregularities. Three model systems have been considered, i.e., model I: (RC-infilled regular frame in X and Y direction), model II: (RC-infilled
Shendkar Mangeshkumar +2 more
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Concrete Filled Double Steel Plate Shear Wall Response Modification Factor [PDF]
Journal of Structural and Construction Engineering, 2019 Composite steel shear wall is a newest seismic resistant system that has a high stiffness, strength and ductility. The main advantages of this structural system are lower thickness and weight, don’t need to reinforcement and its easy implementation ...
Hamed Rahman Shokrgozar +2 more
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Characteristics of Jerk Response Spectra for Elastic and Inelastic Systems
Shock and Vibration, 2015 Jerk is the time rate of acceleration and mainly represents the nonstationary component in high frequency band of the earthquake wave. The study on jerk and its response spectra can enhance the recognition of the nonstationary ground motion.
Haoxiang He, Ruifeng Li, Kui Chen
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