A performance based design is an choice of the design based on extent of damage of the structure caused due to seismic forces,before it is subjected to or if the structure is seismically deficit proper response parameter has to be estimated.The objective study is to evaluate state of art of the Seismic performance of a Moment Resisting Reinforced concrete structure. Beyond the elastic design there is also a modern and futuristic method which involves the design beyond the material inelastic range and is known as ‘Performance based design’. Based on the conventional Standards Designs of RC and steel both, the method we here been following involves is based on elastic design principles of elastic design which is conventional and this is followed since many years.
SAP2000 V17 MEGA CODE
The new version of seismic code IS 1893:2016 is used for the seismic analysis of building.ĭesign has not changed, now limit state method is turning into conventional it is no more accounted as modern design principle. The analysis of building is done by using response spectrum analysis in ETABS 2015. The results show that model 1 is the most efficient in terms of deflection, moments acting, base shear and the seismic performance. The static analysis and dynamic analysis including response spectrum were carried out. Six different models of berthing structure are considered for analytical comparison using SAP 2000 (i) berthing structure supported on vertical piles (ii) berthing structure with diaphragm wall and tie rod (iii) berthing structure with front diaphragm wall and supported on vertical piles (iv)berthing structure with front diaphragm wall and supported on vertical and raker piles (v) berthing structure with rear diaphragm wall and supported on vertical piles (vi) berthing structure with rear diaphragm wall and supported on vertical piles. This study mainly deals with analysis of berthing structure and multi storeyed building located in a river port with reference to seismic version of IS 1893:2016. The ports and harbours are major structural engineering aspect of inland waterway.
There are a large number of rivers in the country which widens the scope of inland waterways.
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