Analysis of a Cement Storage bin Considering Lateral Forces using Staad.pro
DOI:
https://doi.org/10.32628/IJSRCEKeywords:
RCC Bunker, Steel Bunker, Support Reaction, Stress Analysis, Deflection, Axial Force, Shear ForceAbstract
Concrete has the ability to conform to any desired shape and also it's economical. Concrete proves to be a very useful material as it offers all the flexibilities in designing and construction of silos and bunkers which are required by any industry and foremost being in the economical limits.
Importance of these storage structures has attracted the attention of many researchers worldwide to propose different load calculation methods and design considerations. ACI 1997 is the only available guidelines, for the design of silo and bunkers. In addition to it, different researchers proposed different methods to compute the loads of moving and loading material inside the silos and bunkers.
In this study we have comparing two bunkers considering same dimension, capacity and loading condition. In these two cases we are considering concrete and steel material to prepare a comparative study to determine the most suitable type of bunker. The designing and analysis of the structure is done using analytical application Staad.Pro V8i. and results were compared on parameters namely Stress analysis, Support reaction, Deflection Axial Force and Shear Force.
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Sagar r. Aambat, sunil m. Rangari and priyanka a. Jadhav, [effect of height to lateral dimension ratio on dynamic behaviour of rcc circular silo], international journal of engineering science invention (ijesi), volume 7 issue 6 ver i || june 2018 || pp 62-68.
Krishna t. Kharjule and minakshi b. Jagtap, [seismic analysis of r.c.c. and steel silos], international journal of computational engineering research (ijcer), issn (e): 2250 – 3005 || volume, 05 || issue, 07 || july – 2015.
Vivek subhashrao wath, p p saklecha and r s kedar, [design and comparison of types of silo in koradi power plant], international journal of engineering research & technology (ijert) issn: 2278-0181, ic-quest - 2016 conference proceedings, special issue – 2016.
Suvarna dilip deshmukh and rathod s. T., [comparison of design & seismic behavior of rcc silo], international journal of science and research (ijsr), index copernicus value (2013): 6.14 | impact factor (2013): 4.438.
Rini riyansi.e and abida justus, [comparative study of silo supporting structure using rcc & steel], international journal of advanced research in basic engineering sciences and technology (ijarbest), issn(online) : 2456-5717, vol. 3, special issue 35, april 2017.
Dharani.k and jeyakumar.d, [analysis and design of fly ash and bed ash silo for thermal power plant structures], international journal of engineering sciences & research technology, issn: 2277-9655, impact factor: 4.116, coden: ijess7, 2017.
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