design and analysis of composite drive shaft ppt

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The design parameters were optimized with the objective on minimizing the weight of composite drive shaft. EML 4230 Introduction to Composite Materials.

Design And Analysis Of Composite Propeller Shaft

Now a days two pieces steel shaft are used as drive shaft.

. Substitution of composite material over the conventional steel material for drive shaft has increasing the advantages of design due to. Thus using this formula the mass of the steel drive shaft and composite test specimen I II and III are calculated and the results are 1225kg 3142kg 2984kg and 2686kg respectively. Paykani 2014 presents a design method and a vibration analysis of a carbonepoxy composite driveshaft.

Shafts using ANSYS and design and modal analysis of shafts made of Titanium alloy Ti-6Al-7Nb. University of South Florida Tampa FL 33620. Safety the ultimate bending torque for the drive shaft is found 2000105 2100 N-m.

The weight reduction of the drive shaft can have a certain role in the. Composite material is linear and elastic. Al 11 have provided a review on hybrid Drive shaft use of composite material in drive shaft Design procedure and optimum stacking sequence to be used in composite material.

19 Merits of Composite Drive Shaft 1. The shaft is be made of compos ite material and Ho okes law is applicable for composite material ie. Composite material is linear and elastic.

Conclusion Composite materials are suitable for the design of drive shafts. MODEL OF STEEL DRIVE SHAFT. Drive shaft is a mechanical component used to connect the drive train components which are not connected due to the distance between them.

Drive shafts are used for transmitting torque and power which subjects the drive shafts to high torsional and shear stress. In this work an attempt has been to estimate deflection stresses under. Design 1 Using Graphite Epoxy Lamina only At first since the load is shearing one a drive shaft made of 4 plies of graphiteepoxy composite is proposed.

4ANALYSIS OF STEEL DRIVE SHAFT 1. 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.

An Automotive Hybrid AluminumComposite Drive Shaft Journal of Composite Structures 2004 Vol63 pp87-89 2 Jones RM Mechanics of Composite Materials 2e McGraw- Hill Book Company New York. Shell theory based on the critical speed analyses of drive shafts has been presented by Dos Reis et al. Chapter 5 Design and Analysis of a Laminate.

Optimal design and analysis of automotive composite drive shaft. The fundamental natural frequency of carbon fiber composite drive shaft can be twice as high as that of. Optimal design and analysis of automotive composite drive shaft.

Automotive drive Shaft is a very important component of vehicle. Kedar Deshpande 1. The shaft is be made of composite material and Hookes law is applicable for composite material ie.

DESIGN AND ANALYSIS OF COMPOSITE AUTOMOBILE DRIVE SHAFT Shri. Ddinesh 7 done Optimum Design and Analysis of a Composite Drive Shaft for an Automobile by Using Genetic Algorithm and Ansys using CarbonEpoxy. The bending natural frequency of the drive shaft is found 90105 945 Hz.

A shaft has to be designed to meet the stringent design requirements for automotive. Kumar Rompicharla 6 Design and Optimization of Drive Shaft with Composite Materials. Parshuram D and Sunil Mangsetty 15 Design and Analysis CompositeHybrid Drive Shaft for Automotive.

The torque that is produced from the engine and transmission must be transferred to the rear wheels to push the vehicle forward and reverse. 请输入内容全部 DOC PDF PPT XLS TXT 当前位置文档下载所有分类外语学习英语学习 Optimal design and analysis of automotive composite drive shaft. NATURAL FREQUENCY WHEN ONE END IS FIXED OTHER END IS FREE.

Purpose of the Drive Shaft or Propeller Shaft. Design Analysis of an Automotive Composite Drive Shaft 27 Tables Table presenting the values of various models with material structural steel Struct ural Steel total deformation mm Equivalent Elastic Strain mmmm Equivalent stress Mpa mi n max min max min Max model 1 0 029254 147E-04 00001 6 2839 3 3195 model 2 0 032369 325E-. The drive shaft of Toyota Qualis was chosen for determining the dimensions.

Composite materials are having high specific stiffness strength specific modulus. Its corrosion resistance is less as compared with composite materials. The modeling of the drive shaft assembly was done using CATIA software.

They have high specific modulus and strength. This study deals with the review of optimization of drive shaft using the Genetic Algorithm and ANSYS. The design of the composite drive shaft is divided into two main sections.

However the main advantages of the present design are only one piece of composite driveshaft is. Both approaches have proved that a consistent weight reduction is achieved. 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 drive shaft must provide a smooth uninterrupted flow of. The Drive Shaft Problem. 1998 Vol58 pp78-80 3 BeardmoreP and Johnson CF Design And Model Analysis Of Composite Drive Shaft For Automotive Application International.

Department of Mechanical Engineering. The stress strain relationship for. Design of a Composite Drive Shaft.

The present project focuses on the design of such an automotive driveshaft by composite materials. Therefore percentage of mass saving by using composite drive shaft is calculated as 7435 7565 and. Steel drive shafts have less damping capacity.

COMPOSITE DRIVE SHAFT A composite is a structural material that consists of two or more combined constituents that are combined at a macroscopic level and are not soluble in each. Composite materials are used also for gears couplings timing belts and many other mechanical transmission devices. The stress strain r elationship for.

Bauchau 21 developed procedure for optimum design of high-speed composite drive shaft made of laminates to increase the first natural frequency of the shaft and to decrease the bending stress. Boston Daniel Created Date. Design And Analysis Of Composite Drive Shaft 9 Dai Gil LeeetalDesign and manufacture of an automotive hybrid aluminumcomposite drive shaftComposite Structures 63 2004 8799.

Design And Analysis Of Composite Drive Shaft