EFFECTIVE PERFORMANCE OF THE STEEL AND CONCRETE RC FRAME MAKING

Earthquake strike all of a sudden, strongly and unexpectedly anytime during the day or night. If the earthquake happens in a populated area, you can get many deaths and injuries and extensive damage to property. Although there aren't any guarantees of safety throughout an earthquake, identifying potential hazards in advance and advance intending to save lives and considerably reduce injuries and damage to property. Probably the most frightening and destructive phenomena of the nature is really a severe earth quake and it is terrible consequences. Hence it's mandatory to complete the seismic analysis and style to structural against collapse. It's highly impossible to avoid an earthquake from occurring, however the harm to the structures could be controlled through proper design and detailing. Designing a structure in a way that reducing damage throughout an earthquake helps make the structure quite uneconomical, because the earth quake might or may not exist in its existence some time and is really a rare phenomenon. This research addresses the performance and variation of percentage steel and concrete volume of R.C presented structure in numerous seismic zones and affect on total cost of construction. The current IS code 1893:2002 doesn’t provide details about the variation of concrete and number of steel from zone to zone. This research mainly concentrates on the comparison of percentage steel and concrete quantities once the building is made for gravity loads according to IS 456:2000 so when your building is made for earthquake forces in numerous seismic zones according to IS 1893:2002. A 5 storied R.C.C presented structure continues to be analyzed and designed using STAAD ProV8i software program