DIAPHRAGM DISCONTINUITY CONSEQUENCE WITH THE SEISMIC PERFORMANCE OF RC BUILDING

B Baby Sarojini, K Kiran Kumar

Abstract


Many homes in the gift state of affairs have strange configurations every in elevation and plan. These in destiny can be subjected to devastating earthquakes. It is vital to understand the overall performance of the systems to face up to in opposition to catastrophe for each new and existing building. Now an afternoon’s starting in the floors is not unusual for plenty motives like stair times, lighting architectural and plenty of others. Those openings in diaphragms purpose stresses at discontinuous joints with building elements. Discontinuous diaphragms are designed without stress calculations and are notion about to be good enough ignoring any hole effects. In this paper, an attempt is made to try to understand the distinction among a building with diaphragm discontinuity and a building without diaphragm discontinuity. This is because of the irregularities in plan or elevation or in each. The paper discusses the general standard performance assessment of RC (Reinforced Concrete) Buildings with irregularity. Structural irregularities are essential elements which decrease the seismic frequent performance of the systems. The take a look at as an entire makes a try to check the impact of vertical irregularity on RC homes, in terms of dynamic characteristics and the influencing parameters that could alter the impact on Story Displacement, Drifts of adjacent testimonies, Excessive Torsion, Base Shear, and so on.


Keywords


Displacement; Non Linear Analysis; Story Displacement; RC Building; Drifts;

References


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