Design, Manufacturing and Analysis of Mild Steel and G.I Wire Composite Iso-truss Structure used in Engineering Applications

Design, Manufacturing and Analysis of Mild Steel and G.I Wire Composite Iso-truss Structure used in Engineering Applications.

1 Prof. P. S. Pawar, Assistant Professor, Mechanical Engineering Department,

Progressive Education Society’s Modern College of Engineering, Pune - 411 005 (Maharashtra)(India)

2Student VIII Semester B.E (Mechanical),

Sattwik Aradwad1, Ashutosh Bhujbal2, Dayanand Desai3, Himanshu Desai4

Progressive Education Society’s Modern College of Engineering, Pune - 411 005 (Maharashtra)(India)

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Abstract - In present engineering structures there are particular design for different types of loads. Bending cargo is stylish supported by 1- Beam while torsion cargo is by a concave indirect section. The ultimate end behind the change in cross section is the reduction of the weight and still provides the required strength to the element. Considering the below illustration, a 3- D stilt is been developed (to replace a solid or concave ray structure) named as ISOTRUSS. High weight and high strength mechanical elements. Due to the weight, tone weight stresses are convinced in the rudiments. colourful variations in the mechanical rudiments done to check the problem raised due to the weight of the element (e.g., I- Beam, Hollow Structures). This revision is still bettered by introducing a stilt structure named as ISOTRUSS. The Work in the design focuses on analysis, manufacturing & determining the cargo carrying capacity of ISOTRUSS. The analysis shows the relationships between the colourful characteristics (Bay length, ISOTRUSS diary distance), and the ISOTRUSS's bending cargo carrying capability.