Title: SIMULATION CONNECTING TRUSSES MODEL UNDER THE EFFECT
OF AXIAL TENSILE STRENGHT
Authors: Anahed hussein Juber
Department of Mechanical Engineering , University of Qadisiya, Iraq
MLA 8 Juber, Anahed H. "SIMULATION CONNECTING TRUSSES MODEL UNDER THE EFFECT OF AXIAL TENSILE STRENGHT." IJETSI, vol. 2, no. 1, 2017, pp. 564-578, ijetsi.org/more2017.php?id=47. APA Juber, A. H. (2017). SIMULATION CONNECTING TRUSSES MODEL UNDER THE EFFECT OF AXIAL TENSILE STRENGHT. IJETSI, 2(1), 564-578. Retrieved from http://ijetsi.org/more2017.php?id=47 Chicago Juber, Anahed H. "SIMULATION CONNECTING TRUSSES MODEL UNDER THE EFFECT OF AXIAL TENSILE STRENGHT." IJETSI 2, no. 1 (2017), 564-578. http://ijetsi.org/more2017.php?id=47.
. M.L.Helen and S.V.Wallace ,"Trusses:Method of Joints"west Virginia University ,Morgantown,west Virginia ,2010.
. G.J.Gibson and B.T.Wake,"An Investigation of welded connections for angle tension Members"Journal of the Amrican welding Society,Vol.7,No.1,January1990.
. A.Sehu ,Adluri,"Typical Steel connections"Memorial University, Canada,2011.
. LG..Kulak and W.J.Fisher "Guide to Design for Bolted and Riveted Joint",one East Wacker Drive,Suite 3100,Chicago, 2001
Abstract: In this research was to study ways to connect the trusses by simulating analytical model
representing with Finite Element Method by using the computer program Solidwork 2013.
Three models were studied to connect the trusses The first model is the link by welding the
second model is linked by bolts and model the third link by bolts and welding . It was the end of
the installation of one of the parties and to shed load axial strain amount (30KN). Used Pin / bolt
Check feature and advantage Weld Check plot to learn the proper diameter bolt which
(M20*2.5) and the thickness of welding required (10mm).
It was calculated stresses and displacements of the three models and compare them turned out to
be less stress and displacement when the method of connecting trusses by welding (20MP,
3.62*10-2mm) and the highest value when linked by bolts (293MP, 4.91*10-2mm) either in the
case of connecting bolt and welding the values (187MP, 4.04 * 10-2mm). Note that in addition to
the welding area connectivity bolts led to lower stress on linking the region as well as to
increase the force of Friction bolts, leading to an increase in the strength of the installation area
It was also a study represented the welding area as ((Beam using weldment-Fillet Bead feature
and calculate the axial and bending as affected by the presence of the bolts holes where the value
(11.4MP) when he was linked by welding only either when it became linked welding stresses
Axial and bending to (20.2MP).
In the end determine how either of them would be the best of the link to be performed? What
distinguishes the metal structures are easily jaw and installation when needed and this happens
only when the installation and bolts increased value by bolts and screws so that if used welding
facility metal and you know that you will need to move you know a big mistake because you
need to break the iron, but with nails, screws may just disassemble and move the metal bridges
and columns to the new place after its processing rules and the composition. But if you will commends the permanent establishment and you know it welding course is
considered stronger than the bolts in strength and assume moments so that makes moments and
forces acting pass from a member to another member like a member of one of these is an
advantage welding. It is determined best as if it intended to transfer mineral facility must be used
screws and nails in all joints but if the facility will be built to get lost and transported only a
matter of constructional design so if you see a clip requires a lot number of the screws is better
done welding to ensure no perforation member of bolts are many holes and that lead to a
weakening of the entire user interfaces in the area.
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