Analysis and Comparative Study of Steel Dome Structure for Open Stage Ground of S. A. T. I Using Different Steel Section
Keywords:
Steel Structure, Analysis, Truss, Staad.Pro, Steel Sections, Displacement, Roof, ForcesAbstract
The Truss Structure consists of members/elements that takes only tension or compression and no bending moment in what so ever form. In the engineering term the Truss is defined as the two-force member, where the members are so assembled that the assemblage works as a single unit. The truss structure is generally provided when we need a large open space.
In this study we are presenting finite element analysis for a long span open area of dimension 66 x 49 m to be covered with steel structure frame.
In this study we are modelling roof for the proposed location of SATI college Vidisha. In this roof analysis we are considering wind load as per I.S. 875-I:2015 and using analysis tool Staad.pro.
In this study we are assigning sections as per Steel table (INDIAN) and three different sections i.e. angle, beam and pipe is considered for comparative analysis.
Here it is concluded that pipe section is comparatively more stable than other two cases whereas beam section is second best and angel section is observing least stability in terms of resisting forces, displacement and cost cutting (optimization of steel sections).
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References
Avanti Patrikar & K. K. Pathak(2016) Fully Stressed Design of Fink Truss Using STAAD.Pro Software] Open Journal of Civil Engineering, 2016, 6, 631-642
Azaz Pathan (2018) Design of Large Span Roof Truss under Medium Permeability Condition], IJSTE - International Journal of Science Technology & Engineering | Volume 4 | Issue 10 | April 2018
Chetan Jaiprakash Chitte (2018)Analysis and Design of Pratt Truss by IS 800:2007 & IS 800:1984] , IJCEM International Journal of Computational Engineering & Management, Vol. 21 Issue 2, March 2018
Chhasatia et.al (2016) Analysis and Design of Conventional Industrial Roof Truss and Compare it with Tubular Industrial Roof TrussIJMPE Volume- 5, Issue-11, Sept. 2016
Chandresh Kumar Jha and M.C. Paliwal(2017) Fully Stressed Design of Howe Truss using STAAD.Pro Software], 2017 IJEDR | Volume 5, Issue 3 | ISSN: 2321-9939
Dheeraj Harod and Sumit Pahwa(2019) Static Structural Analysis of Pratt, Flink and Howe Steel Truss using Ansys Software], (IJRASET), Volume 7 Issue III, Mar 2019
Goraviyala Yogesh and K. C. Koradiya(2016)Design and Comparison of Steel Roof Truss with Tubular Section (using SP: 38 And IS: 800-2007), IJSRD, Vol. 4, Issue 02, 2016
Heena dewangan & kaushik majumdar (2018)a review on comparision of different types of trusses in vibration analysis using staad pro] IJESRT, ISSN: 2277-9655, CODEN: IJESS7
Jyoti .P. Sawant and Vinayak Vijapur(2013)Analysis and Design of Tubular and Angular Steel Trusses By Post-Tensioning Method], JEC&AS, Volume 2, No.8, August 2013
J. Pavan Kumar et. at. (2016) Quantitative Study of Howe Truss (A- Type) and Parallel Chord Scissor Truss (B- Type) by Applying External Pre-Stressing], International Journal of Engineering Research & Technology (IJERT), Vol. 5 Issue 01, January-2016
J.M. Branco & P.J.S. Cruz (2008) Diagnosis and analysis of two king-post trusses] 2008 Taylor & Francis Group, London, ISBN 978-0-415-46872-5
M.Indrajit et. al. (2018)standardization of truss profile for various span and loading conditions] , ISSI, 2018.
Ola Adel Qasim (2017)Analysis and Design of Steel Truss Stadium] , IInd edition, 2017
Parmar et. al. (2017) Analysis of Howe Roof Truss using Different Rise and Span]
Pradeepa. S, Monika N.R (2015)Design And Comparison Of Various Types Of Long Span Roof Trusses] International Journal of Science and Engineering Research (IJ0SER), Vol 3 Issue 10 October-2015
Rajat palya & deependra singh raghuvanshi (2017) study on different truss structures for ware house design], IJMPE Volume- 5, Issue-11, Nov.-2017
Soni Prabhat, Dubey S.K.et.at(2013)Comparison of Design of Steel Roof Truss using IS 875 and SP 38] RJES, Vol. 2(5), 47-49, May (2013)
Takao nakazawa et. al. (2004) dynamic characteristics of king-post truss road bridge made of glued laminated wood], 13th World Conference on Earthquake Engineering Vancouver, B.C., Canada August 1-6, 2004, Paper No. 2246
Tejas D. parekh, Disha parmar, Yati tank(2017) Analysis of Howe Roof Truss using Different Rise and Span] International Journal of Engineering Trends and Technology (IJETT) – Volume 47 Number 3 May 2017
Upendra Pathak and Vivek garg (2015)optimization and rationalization of truss design], IRJET, Volume: 02 Issue: 05 | Aug-2015
Yash Patel, Shreepalsinh Gohil et.at,(2016) Analysis and Design of Conventional Industrial Roof Truss and Compare it with Tubular Industrial Roof Truss], IJSTE | Volume 2 | Issue 10 | April 2016
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