International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 09 Issue: 07 | July 2022
p-ISSN: 2395-0072
www.irjet.net
Study on Behavior of Beam Which is Acting on Moving Load MR. Banale Viki Ravi1, MRS. Kariappa M.S.2 1Student
Department of Civil Engineering M S Bidve Engineering College Latur. Professor Department of Civil Engineering M S Bidve Engineering College Latur. ---------------------------------------------------------------------***--------------------------------------------------------------------2Assistant
Abstract - In this study the simply supported RCC beam
with total length of 10m modeled and analyzed in STAAD PRO software is based on finite element method. The study has been executed to find the effect of moving loads on the beam using IRC 6:2016. The parameters that are mainly examined are bending moment and shear force variation for the moving loads. Key Words: Moving Loads, Beam, STAAD PRO.
1. INTRODUCTION Now a days various software are used for analysis and design purpose for RCC, STEEL and composite structures. However use of software can minimize time required for analysis compared to manual calculation or also ensures that accuracy for the expected results. Analytical study have carried out using single beam per meter width. Purpose of this is to understand the modeling and moving load analysis at critical position in STAD Pro. At first we assumed the basic data which is close to real life scenarios. Using this data we analyzed the beam element using STAAD PRO software and also referred to various IRC codes. This beam element is subjected to loads at various points in order to get the maximum loading results like bending moment, shear forces at different loading point. However these collected results data are useful to understand the actual behavior of beam at different load points.
Fig. 1: Beam acting two moving point loads
1.2 Modeling of frame Following is the model of beam that was developed in STAD PRO. The properties are assigned for simply supported beam 150*150mm of concrete grade M30 and Fe415 steel. The model was then analyzed using moving point loads.
1.1 PART A- SOFTWARE CALCULATION Fig 1 is a simply supported beam acting two point loads 40kN and 60kN rolls on per meter width of beam at different positions. Moving load of length 5m of front wheel of 60kN and rear wheel of 40kN.
Fig. 2: Model of beam in STAAD Pro
i) RCC simply supported beam ii) Length of beam 10m per meter width iii) Reinforcement – Fe 415 and Concrete – M30 iv) Beam Size – 150mm x 150mm v) Vehicle 40 KN, 60 KN of length 5m
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Fig. 3: Moving load assigned on beam
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