“DETAIL DESIGN AND ANALYSIS OF A FREE STANDING I BEAM JIB CRANE”
DOI:
https://doi.org/10.5281/zenodo.19968137Keywords:
JIB CRANE, PRO-E/CREO, ANSYSAbstract
A jib crane is a type of crane having cantilevered beam with hoist and trolley and it is either attached to a building column or cantilever vertically from an independent floor mounted column. This paper will mainly concentrates floor mounted jib cranes here the trolley hoist moves along the length of the boom and the boom spin allowing the lifted load to be skillfully about in a relatively circular area. While designing a jib crane several factors have to be considered in these most important factors are own weight of the crane, the weight of the goods.
The aim of this thesis to carry out detailed design &analysis of jib crane. This project investigates the stress regions in the jib crane with different materials and the work is carried out by designing reinforcement to overcome those stresses in the component. With the analytical design dimensions models are prepared in modeling software and the analysis is performed on the models by finite element solver with suitable conditions and results are compared.
References
I. Krunal Gandhare, VinayThute, “Design Optimization of Jib Crane Boom Using Evolutionary Algorithm”, International Journal of Scientific Engineering and Research, Volume 3 Issue 4, pp. 2-8, 2014.
II. Baker J. Cranes in Need of Change, Engineering, Vol. 211, PP- 298, 1971. Sandip D. Shinde “Standardization of Jib Crane Design by “F.E.M. Rules” and Parametric Modeling”, International Journal of Recent Trends in Engineering, Vol. 1, No. 5, pp. 145-149, May 2009.
III. K. Suresh Bollimpelli, V. Ravi Kumar, “Design and Analysis of Column Mounted JIB Crane”, International Journal of Research in Aeronautical and Mechanical Engineering, Vol 3 issue 1, pp. 32-52, 2015.
IV. Amreeta R. K. “Design and Stress Analysis of Single Girder Jib Crane”, International Journal of Engineering Research & Technology Vol. 4 Issue 09, pp. 932-936, September-2015.
V. Subhash N. Khetre, S. P. Chaphalkar “Modelling and Stress Analysis of Column Bracket For Rotary Jib Crane”, international journal of mechanical engineering and technology Volume 5, Issue 11, pp. 130-139, November 2014.
VI. Gerdemeli .I, Kurt .S and Tasdemir “Design and Analysis with Finite Element Method of Jib Crane”, Mechanical Engineering Istanbul Technical University – Turkey 2012.
VII. B. Ünal, I. Gerdemeli, C. E. Imrak “Modelling and Static Stress Analysis of Shipyard Jib Crane With Finite Element Method”, University Review Vol. 2, No. 4 Trenčín: Alexander Dubček University of Trenčín2, 90 p, 2008.
VIII. Fuad Hadžikadunić, Nedeljko Vukojević and Senad Huseinović “An Analysis of Jib Crane Constructive Solution in Exploatation”, 12th International Research/Expert Conference Trends in the Development of Machinery and Associated Technology'' TMT 2008, Istanbul, Turkey, pp. 26–30 August, 2008.
IX. Bollimpelli, K. Suresh, and V. Ravi Kumar. "Design and analysis of column mounted jib crane." International Journal of Research in Aeronautical and Mechanical Engineering
X. Al Nageim, Hassan. Steel structures: practical design studies. CRC Press, 2016.
XI. Dhanoosha, M., and V. Gowtham Reddy. "Detail design and analysis of a free standing I beam jib crane
XII. Li, Shu, Chun-Feng Wan, and Zhixiang Hou. "Structural optimization research on superstructure of jib crane." Journal of the Brazilian Society of Mechanical Sciences and Engineering 39 (2017): 2779-2787.
XIII. Pavlovic, Goran, et al. "Comparative analysis of the models for determination of deflection in the column-mounted jib crane structure." Mechanics Transport Communications (2017).
XIV. Vayas, Ioannis, John Ermopoulos, and George Ioannidis. Design of steel structures to Eurocodes. Cham, Switzerland: Springer International Publishing, 2019.
XV. Gardner, Leroy. "Stability and design of stainless-steel structures–Review and outlook." Thin-Walled Structures 141 (2019): 208-216.
XVI. Hanchate, Naveen A., and Akhil A. Deshpande. "Design and Analysis of Wall Mounted Jib Crane." (2021). 17. Zdravković, Nebojša B., et al. "The Deflection of the Column-mounted Jib Crane with Tapered Boom by Finite Difference Method." (2021).
XVII. Solazzi, Luigi, and Marco Vaccari. "Feasibility study of a jib crane made of composite materials considering deterministic and probabilistic approach." Composites Part C: Open Access 9 (2022): 100323.
XVIII. Bekele, Berisso Woyessa. "DESIGNING AND MODELING OF A FLOOR-MOUNTED JIB CRANE." (2024)
XIX. Solazzi, Luigi, and Nicola Danzi. "Jib crane light weighting through composite material and prestressing technique." Composite Structures (2024): 118283.
Additional Files
Published
How to Cite
Issue
Section
License
Copyright (c) 2026 International Educational Applied Scientific Research Journal
This work is licensed under a Creative Commons Attribution 4.0 International License.
