PROPELLER SHAFT DESIGN AND ANALYSIS BY USING COMPOSITE MATERIAL Srinivasa Rao A 1 , Ch.Lakshmi Poornima 2 , K.Sunil Ratna Kumar 3 , B.V Subrahmanyam 4 1,2,3,4 Department of Mechanical Engineering, 1,2,3,4 SIR C.R.Reddy College of Engineering, Eluru, Andhra Pradesh, India. Abstract: Propeller shaft is an essential part in control transmission of a car. Customary steel drive shafts have restrictions of weight and low basic speed. To get the greatest proficiency for control transmission, weight lessening of the drive shaft is generally imperative. This work manages the substitution of ordinary two-piece steel drive shafts with a solitary piece e- glass/epoxy, high quality Kevlar epoxy and high modulus aluminum T6-6063 composite drive shaft for a car application. The fundamental idea of our task is to diminish the heaviness of car drive shaft with the use of composite material. In our undertaking shaft coupling gathering need to transmit torque 15000 Nm at 30 rpm. As the car drive shaft is an essential part of vehicle. The displaying of the drive shaft gathering was finished utilizing CATIAV5 programming. A pole must be intended to meet the stringent outline necessities for auto thought processes. In vehicles the drive shaft is utilized for the transmission of movement from the motor to the differential. In exhibit work an endeavor has been to appraise shear stresses, stresses and strains under subjected loads and regular frequencies utilizing Ansys programming. Keywords: Propeller shaft, composite material, weight lessening, CATIA V5, ANSYS INTRODUCTION A propeller shaft is a mechanical segment for transmitting torque and movement, typically used to associate different parts of a drive prepare that can't be associated specifically on account of separation or the need to consider relative development between them. In the get together the yield torque required is in the range 5000Nm-25000Nm and speed prerequisite is in the range 24-40rpm in light of the fact that, rotational pumps requires to pump very thick liquid, so it must be worked at lessened speed on the grounds that, at higher speed the fluid can't stream into the packaging sufficiently quick to fill it. To defeat this issue we will outline propeller shaft. A transmission shaft supporting a rigging in a speed reducer, the pole is constantly ventured with greatest distance across in the center segment. A drive shaft, driving shaft, propeller shaft (prop shaft), or Cardan shaft is a mechanical segment for transmitting torque and turn, typically used to interface different parts of a drive prepare that can't be associated specifically in view of separation or the need to take into account relative development between them. As torque bearers, drive shafts are liable to torsion and shear pressure, identical to the contrast between the information torque and the heap. They should along these lines be sufficiently solid to hold up under the pressure, while maintaining a strategic distance from an excessive amount of extra weight as that would thus build their latency. To take into account varieties in the arrangement and separation between the driving and driven parts, drive shafts as often as possible fuse at least one general joints, jaw couplings, or cloth joints, and at times a splined joint or kaleidoscopic joint PROCEDURE: Displaying and investigation of 3-Dimensional models of the drive shaft were done utilizing Catia and Solid words and examination is done utilizing Ansys programming auxiliary examination of composite drive shaft and steel drive shaft are completed. Study of cause of failures in drive shaft Selection of composite material Preparation of CAD model Analysis the CAD model with existing material with Ansys Analysis of drive shaft by using different composite materials The results are compared International Journal of Scientific Research and Review Volume 7, Issue 1, 2018 ISSN NO: 2279-543X http://dynamicpublisher.org/ 211
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PROPELLER SHAFT DESIGN AND ANALYSIS
BY USING COMPOSITE MATERIAL
Srinivasa Rao A1, Ch.Lakshmi Poornima2,
K.Sunil Ratna Kumar3, B.V Subrahmanyam4
1,2,3,4Department of Mechanical Engineering,
1,2,3,4SIR C.R.Reddy College of Engineering, Eluru, Andhra Pradesh, India.
Abstract: Propeller shaft is an essential part in control transmission of a car. Customary steel drive shafts have restrictions of
weight and low basic speed. To get the greatest proficiency for control transmission, weight lessening of the drive shaft is
generally imperative. This work manages the substitution of ordinary two-piece steel drive shafts with a solitary piece e-
glass/epoxy, high quality Kevlar epoxy and high modulus aluminum T6-6063 composite drive shaft for a car application. The fundamental idea of our task is to diminish the heaviness of car drive shaft with the use of composite material. In our
undertaking shaft coupling gathering need to transmit torque 15000 Nm at 30 rpm. As the car drive shaft is an essential part of
vehicle. The displaying of the drive shaft gathering was finished utilizing CATIAV5 programming. A pole must be intended to
meet the stringent outline necessities for auto thought processes. In vehicles the drive shaft is utilized for the transmission of
movement from the motor to the differential. In exhibit work an endeavor has been to appraise shear stresses, stresses and
strains under subjected loads and regular frequencies utilizing Ansys programming.