Design And Analysis of Commercial Building with Flat Slab
Keywords:
Flat Slabs, Commercial building, E-Tabs.Abstract
Costs associated with housing are rising at a record rate due to the ever-increasing human population and the subsequent advancements in civilization. As a result of rapid industrialization, urban areas, in particular, have witnessed a surge in interest. Adapting Multi-observed Building enhancement not only helps with demand but also reduces the cost of a single home. Therefore, Multi-observed Buildings require an Engineer capable of getting them ready and arranging them. With the proliferation of portable computers, designers now have access to a wide variety of tools that help them produce the highest quality products possible. Our mission is to create a G+13 board using level segments instead of a regular piece. In its construction, M25 grade concrete and Fe415 steel are utilized. Using ETABS software, an even piece of the building is analyzed and designed.
References
- Plan of Reinforced Concrete Structures by A. K. Jain,
- Surya Prakash S. Krishna Murthy,
- Plan of R.C.C essential parts by S.S. Bhavikatti,
- Plan of R.C.C pieces by K.C.Jain,
- Plan of R.C.C structures by prof. N.Krishna Raju,
- Plan of R.C.C structures by prof. S.Ramamrutham,
- The code books suggested for this adventure are:
- SP 16 (plan helps for IS 456),
- IS 1893 (segment 1) 2002 measures for seismic quake well thought out plan of plans Part-1 general course of action and designs,
- IS 456:2000 for RCC plan,
- IS 875 - part I for weight and thickness of materials ( RCC = 25 kN/m3, PCC = 24 kN/m3, Brick = 18-20 kN/m3 etc.),
- IS 875 - part II for live weight,
- IS 875 - part III for wind load and
- IS 875 - part V for load blend.
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