Transcription of METHODS OF ANALYSIS FOR EARTHQUAKE RESISTANT …
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METHODS OF ANALYSIS FOR EARTHQUAKE RESISTANT …
METHODS OF ANALYSIS FOR EARTHQUAKE RESISTANT STRUCTURESIS 1893 (part-1) -2002Dr. G. P. ChandradharaProfessor, Dept. of Civil EngineeringS. J. College of Engineering, MysoreEmail: STANDARDS FOR EARTHQUAKE design IS : 1893 part -4 2002: Criteria For EARTHQUAKE design Of Structures IS : 4326 1976: Code Of Practice For EarthquakeResistant design And ConstructionOf Buildings IS : 13920 1993: Code Of Practice For Ductile DetailingOf Reinforced Concrete StructuresSubjected To seismic Forces SP: 22 Explanatory Handbook On Codes For EARTHQUAKE frequencies of the structure (which is dependent on Mass (M) and Stiffness (K) content of of of characteristics (energy dissipation capacity) integrityResponse of structures during EARTHQUAKE depends on,STRUCTURAL RESPONSES tructural Response depends on Input motionStructural PropertiesUncertainties in Input motion When and where the next EARTHQUAKE On what fault ( location) On what magnitude Effect of travel path on shaking at a distance Effect of local geology, topography and soil profileEarthquake RESISTANT design ConceptS tr o n g M o tio n Z o n eLevel 1 Maximum Credible EARTHQUAKE (MCE)The most severe EARTHQUAKE effects considered by this standard500 Years Return Period2 % Possibility of occurrence in 50 YrsLevel 2 design Basi)
The seismic zoning map is revised time to time based on ... Find Amax It is a plot of the peak response (Velocity, Displacement or Acceleration) w.r.t Period of SDOF system for a given Accelerogram. ... For seismic resistant design of structures, only these maximum
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