Analysis And Design Of Semi Rigid Steel Frame And Joints
[Full Text]
AUTHOR(S)
Supriya Ghanekar
KEYWORDS
Keywords: Semi rigid connections, Steel frame, Loads, Load factor, Load combination, Rotation, Minimum weight
ABSTRACT
ABSTRACT: This paper presents analysis and design method for semi rigid steel frame. The frame is having multi bay and multi storey. This frame is analyzed for number of rigidities varying from 0 % to 100 %. The design of members is done for each case. The case for which weight is coming minimum is selected. The semi rigid joint is designed for that case. The rigidity of the joint is achieved by adjusting the momentrotation relationship.
REFERENCES
[1] PhuCuong, Nguyen, SeungEockKim, An advanced analysis method for threedimensional steel frames with semi rigid connections, Journal of Finite Elements in Analysis and Design, vol. 80 (2014) pp. 2332.
[2] Dragan Zlatkov, Slavko Zdravković, Biljana Mladenović, Radoslav tojić Finite Elements in Analysis and Design, Journal of Architecture and Civil Engineering, vol. 9,( 2011) pp. 89  104.
[3] Y. L. Wong, T. Yu, S. L. Chan A simplified analytical method for unbraced composite frames with semirigid connections Journal of Constructional Steel Research vol.63 (2007) pp 961–969.
[4] JingFeng Wanga,_, GuoQiang Lib,c A practical design method for semirigid composite frames under vertical load Journal of Constructional Steel Research vol.64 (2008) pp 176–189.
[5] Ioannis G. Raftoyiannis, The effect of semirigid joints and an elastic bracing system on the buckling load of simple rectangular steel frames Journal of Constructional Steel Research vol. 61 (2005) pp 1205–1225.
[6] K. Weynand1; J.P. Jaspart 2 JCSR(1998) M. Steenhuis3 Economy Studies of Steel Building Frames with SemiRigidJoints Journal of constructional steel research (1998) pp 125132.
[7] M.S. Hayalioglu, S.O. Degertekin Minimum cost design of steel frames with semirigid connections and column bases via genetic optimization. Journal of Computers and Structures vol. 83 (2005) pp 1849–1863.
[8] M. Ashraf a, D.A. Nethercot a, B. Ahmedb, Sway of semirigid steel frames Journal of Engineering Structures, vol. 26, (2004), pp 1809–1819.
[9] T. Hagishita , M. Ohsaki Optimal placement of braces for steel frames with semirigid joints by scatter search, Journal of Computers and Structures, vol. 86, (2008) pp 1983–1993.
[10] A.N.T. Ihaddoudènea, M. Saidani b, M. Chemrouka Mechanical model for the analysis of steel frames with semi rigid joints Journal of Constructional Steel Research, vol. 65 (2009) pp 631640. IS 800 2007
