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OPTIMIZATION AND ANALYSIS OF DIFFERENT TYPES OF IRREGULAR SHAPED BUILDINGS

SUMAN DUTTA
Guide: DR. ANUP KUMAR MONDAL
MASTER OF TECHNOLOGY

STRUCTURAL ENGINEERING
Department of Civil Engineering Techno India University, Salt-lake Kolkata – 700091

ABSTRACT
Since ancient times, the buildings evaluation depended on durability confront different factors and conditions for the longest possible period, regardless of their ability to adapt to the changes occurring as well as meeting the diverse needs, the research aims to provide non-traditional solutions to meet the different requirements and problems that may face the architects, An analytical study of Dynamic architecture is capable of achieving sustainability and providing architectural environments that are adaptable to different variables. The research presents the various definitions of sustainability and dynamic architecture. It also explains the elements of sustainability and how to apply on the dynamic buildings whether static or partially or fully-dynamic.

The dynamic analysis, a plan of a multi-storey building is taken and it has been modelled with different structural elements for minimum story displacement. The dynamic analysis of multi-storey buildings is done using ETABS 2015 by IS and SP codal provisions (ETABS User’s Manual, 2015). The multi-storey building is R.C.C. structure with 3 basements + ground floor + 14 upper floors in zone IV with a maximum earth fill of 750 mm on the ground floor for landscape requirements. By comparing the results of dynamic analysis, the performance of the structural system can be evaluated.

An applied study was conducted for the dynamic buildings on two models of global buildings to reach 39 design criteria were identified as a guide to evaluate the level of dynamic building integration.

The design process of the architect when designing sustainable dynamic buildings.

1.           Dynamic building ability to deal with the climatic conditions of the building through the day.

2.  Dynamic building capacity to cope with climatic conditions during the four seasons.

3.  The capacity of the building to guide the saving of lightning and natural ventilation.

The ability of the building to adapt to the use of wind places in the best way to achieve maximum utilization