This paper examines the result of fiber orientation angles and stacking sequence on the torsional stiffness natural frequency and buckling strength of composite drive shaft. The design parameters were optimized with the help of genetic algorithmGA with the objective of minimizing the weight of composite drive shaft.
Design And Optimization Of A Composite Drive Shaft For An Automobile Ppt Download
It is possible to achieve design of composite drive shaft with less weight to increase the first natural frequency of the shaft and to decrease the bending.
. Wood concrete and steel. The replacement of composite materials can results in considerable amount of weight reduction if compared to conventional steel shaft. General Laminate Equation where N is the force M is the moment A is the extensional stiffness B is the coupling stiffness D is the bending stiffness and Q is the reduced elastic constant.
The weight reduction of the drive shaft can have a certain role in the general weight reduction of the vehicle and is a highly desirable goal if it can be achieved without increase in cost and decrease in quality and reliability. Composite materials can be tailored to efficiently meet the design requirements of strength stiffness and composite drive shafts weight less than steel or aluminum of similar strength. Of the composite drive shaft is divided into.
Design and Analysis of Composite Drive Shaft. This study provides the analysis of the design in many aspects. Experimental testing is carried out on scaled model to find the torsion behavior the weight of the vehicle with the application of the natural frequency of composite drive shaft.
The result of GA are used for modeling of carbonepoxy composite drive shaft and steel drive shaft using CAD software to perform static buckling and. In the present work an effort has been made to design a HM-CarbonEpoxy composite drive shaft. In this study a composite drive shaft for heavy commercial vehicles is designed and manufactured.
The drive shaft of Toyota Qualis was chosen for determining the dimensions. This paper presents a design method and a vibration analysis of a carbonepoxy composite drive shaft. 7299391868 Abstract In current market drive shaft is the most.
And Analysis of E GlassEpoxy Composite Drive Shaft for Automotive Applications Rastogi implemented a FEA approach to design and analyze a composite drive shaft in different conditions is also studied both experimentally and with ANSYS modeling. Gxy Lamina Shear Modulus Reference. Design and analysis of a composite drive shaft for an automobile by using genetic algorithm and ANSYS.
First the design of the composite shaft and second the design of its coupling. Ddinesh 7 done Optimum Design and Analysis of a Composite Drive Shaft for an Automobile by Using Genetic Algorithm and Ansys using CarbonEpoxy. Despite these advantages the widespread use of synthetic fibre-reinforced polymer composite.
AbstractThis paper examines the result of fiber orientation angles and stacking sequence on the torsional stiffness natural frequency and buckling strength of composite drive shaft. In this they found that the deflection of steel e glass epoxy high strength carbonepoxy and high modulus carbonepoxy shafts were equal to 0012407 0025262 0019288 and 0012919 mm respectively. Some parameters such as critical speed static torque fiber orientation and adhesive joints were.
Gummadi Sanjay Akula Jagadeesh Kumar 2007 Optimum Design and Analysis of a Composite Drive shaft for an Automobile 14. Composite drive shaft which are used in the automotive application and fabrication techniques and material used in the fabrication of composite shaft. Composite drive shafts have been analysed to replace the steel drive shaft of an Design Comparison and Analysis of a Composite Drive Shaft for an Automobile 27 automobile4The weight savings of the HS Carbon is 24 100-50 Solid.
Conclusion â One piece composite drive shaft was considered to replace the two piece conventional steel drive shaft â By using composite materials about 81 of weight savings and reduces the vehicle weight when compared to steel shaft â Fibre angle orientation and stacking sequence has a great influence on buckling torque and also on the dynamic. The carbonepoxy composite material is used for the shaft tube and the end joints are made of steel. Static analysis and modal analysis is done by using Ansys software.
The weight reduction of the drive shaft can have a certain role in the. The weight reduction of the drive shaft can have a certain role in the general weight. The composite drive shaft is made by using composite of carbon fiber epoxy resin.
PG ScholarDeptof Mechanical Engineering Anna University Regional office Madurai MaduraiIndia. Kumar Rompicharla 6 Design and Optimization of Drive Shaft with Composite Materials. The composite drive shaft made up of high modulus material is designed by using CAD software and tested in ANSYS for optimization of design or material check and providing a best material.
The design optimization also showed. Polymeric materials reinforced with synthetic fibres such as glass carbon and aramid provide advantages of high stiffness and strength to weight ratio as compared to conventional construction materials ie. And hence recommended the thickness of drive shaft for BoronEpoxy carbonEpoxy and E-GlassEpoxy.
Hence design analysis and comparison are done among material to obtain the most optimized and efficient. The design parameters were optimized with the objective on minimizing the weight of composite drive shaft. This work deals with replacement of conventional two piece steel drive shaft with a single-piece e- glassepoxy high strength carbonepoxy and high modulus carbonepoxy composite drive shaft for automobile shaft for an automotive application.
The design parameters were optimized with the objective of minimizing the weight of composite drive shaft. Finite element analysis on the composite shaft and steel shaft. Conventional two-piece steel drive shafts with a single-piece e-glass epoxy high strength carbonepoxy and high modulus carbonepoxy composite drive shaft for an automotive application.
The design of the composite drive shaft is divided into two main sections. Automobile industries exploring composite materials in order to obtain reduction of weight without significant decrease in vehicle quality and reliability this is due to fact that the reduction of weight of a vehicle directly impacts its fuel consumption.
Design And Optimization Of A Composite Drive Shaft For An Automobile Ppt Download
Design And Optimization Of A Composite Drive Shaft For An Automobile Ppt Download
Design And Optimization Of A Composite Drive Shaft For An Automobile Ppt Download
Design And Optimization Of A Composite Drive Shaft For An Automobile Ppt Download
Design And Analysis Of Composite Drive Shaft
Problem Statement An Automobile Drive Shaft Is Made Of Steel Check Whether Replacing It With A Drive Shaft Made Of Composite Materials Will Save Weight Ppt Download
Design And Optimization Of A Composite Drive Shaft For An Automobile Ppt Download
Design And Analysis Of Composite Propeller Shaft
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