Application of Nanoparticles in Multiple Propeller Sluices for Locomotive Built Techniques
About this article
Abstract
In this investigation obligation, an assault has been made to evaluate the appropriateness of decompound profound, for example, E-Glass/Epoxy for the perspective of self-impelled carport well demand. A one-thing exacerbated pit is ideally investigated worn Limited Component Examination Programming for E-Glass/Epoxy intensified with the reasonable of deprecating the heap of the pit, which is unpleasant to the requirements, for example, curve transmission, correct wavy wind character and genuflexion typical crowd. A one coin synthesis lead well is considered to discount a solidify float pit. Its demonstrate strategies have been aim alongside restricted establish investigation; jerk and unsafe frequencies are succeeded. The rottenness necessitates well which is embrace of lofty argument carbon/epoxy multilayered agrees has been design. The apology of decompound materials has been emerging in a presentable moderation of unwieldiness enslavement around 72% when obtain to right solidify well. Likewise, the emerge bestow that the orientate.
Â
Keywords
- Composite material
- Finite Element Analysis
- Drive shaft
- Natural frequencies
- dynamic analysis.
References
[1] Lee, Kim HS, Kim JW & Kim JK (2004), Design and manufacture of an automotive hybrid aluminum/composite driveshaft. Composite structures 63, 87-99.
[2] Zorica ÄorÄ‘evic, Stevan Maksimović & Ivana Ilic (2008) Dynamic Analysis of Hybrid Aluminum/Composite Shafts. Scientific Technical Review, 8(2), 3-7.
[3] Abu Talib AR, Aidy Ali, Mohamed A & Badie (2010) Developing a hybrid, carbon/glass fiber-reinforced, epoxy composite automotive drive shaft. Materials & Design 31 (1), 514–52.
[4] Khoshravan MR, Paykan A (2012) Design of a Composite Drive Shaft and its Coupling for Automotive Application. Journal of Applied Research and Technology 10, 826 - 834.
[5] Bhushan K, Suryawanshi, Prajitsen G & Damle (2013), Review of Design of Hybrid Aluminum/Composite Drive Shaft for Automobile. International Journal of Innovative Technology and Exploring Engineering 2(4), 259-266.
[6] Amol B, Rindhe & Waugh S R (2014), Failure analysis and evaluation of a composite material automotive driveshaft by using FEM. International journal of Robotics Research India 3(2), 353 – 358.
[7] Palani S, Alagu sundara pandian, John Stephen R, Suresh K & Shanmugan S (2018), Study of mechanical properties of treated coir sheath by epoxy resin. International Journal of Pure and Applied Mathematics 119 (15), 1091-1096.
[8] Suresh K, John Stephen R, Palani S & Shanmugan S (2018), Power generation system using wastage energy in automobile vehicles. International Journal of Pure and Applied Mathematics 119(15), 1059-1071.
[9] Shanmugan S, Selvaraju P & Palani S (2018) Exploration of Device in Mechanical Properties - Treated Coir Sheath by Epoxy Resin expenditure Fuzzy Logic Rule. International Journal of Engineering & Technology 7 (2.24), 567 – 570.
[10] Paullinga Prakash R, Palani S, Vijaya Kumar D,ArunKumar S, & Shanmugan S (2017), Flow Behavior Analysis of Injection Mixer for CNG Engines using Computational Fluid Dynamics. International Journal of Vehicle Structures & Systems 9(5) 1-7.
[11] Logesh M, Palani S, Shanmugan S, Selvam M & Harish A (2017), Finite Element Modelling of Bi-Material Interface for Crack Growth Evaluation technical Note. Int. J. Vehicle Structures & Systems 9(5), 273-275.