PRAKYATH MUSUGU

H.No **-***

Sapthagiri Nagar

Mangalam

Tirupati

517507

Email ID: adea3n@r.postjobfree.com

Phone No. 949-***-****

CAREER OBJECTIVE

To secure a challenging position where I can effectively contribute my skills, possessing competent intellectual technical skills to improve myself to grow and also contribute to the growth of my company.

ACADEMIC QUALIFICATIONS

2015-2019 Bachelor of Mechanical Engineering

Thesis title: “Design and CFD analysis of cyclone separator”

Grade: First class

2013-2015 Intermediate (MPC)

Grade: A Grade

2012-2013 Secondary school of education

Grade: A Grade

TRAININGS AND DEVELOPMENT

3/2019

1/2018

1/2018

8/2018

7/2017

5/2015

TECHNICAL SKILLS

Basic skills in Matlab, AutoCad, CNC programming

Basic skills in NX Basic, Computer graphics

Knowledge on Microsoft office

PROJECTS HANDLED

UG DISSERTATION TITLE

“Design and Computational and Fluid Dynamics (CFD) analysis of cyclone separator”

SUMMARY

Cyclone separators are very useful equipment for particle removal from gaseous streams. Their simple design and low capital and maintenance costs have made cyclones one of the most widely used gas−solid separators. Their dynamic behaviour includes several phenomena, such as vortex breakdown, reversal of flow, and high turbulence intensity. Prediction of pressure drop and collection efficiency over a temperature range of several hundred degrees with a high solid loading flow and different cyclone dimensions is very difficult with simplified models. In this work, a model that is based on computational fluid dynamics (CFD) techniques are used to verify the performance of cyclone separators connected in series; this collection of separators is called a cyclone tower. The model is designed using SOLIDWORKS 2016, and it is composed of several time differential equations in a two-dimensional (2-D) space domain with a three-dimensional (3-D) symmetric cyclone inlet. The model is solved using the finite volume method with staggered grids. The results on collection efficiency and pressure drop of an experimental study were used to validate the proposed model. After validation of the model, it was possible to examine the performance of the cyclone separators through a comparison with different working conditions.

CO-CURRICULAR ACTIVITIES

Organized national level technical symposium Mexplore-2018

Volunteered in Indian science congress held at sri venkateswara university 2017

Participated actively in college seminars

DECLARATION

I hereby confirm that the information given in this form is true the best of my knowledge and belief

M. PRAKYATH

Acquainted with skill initiative program conducted by mahindra pride classroom in association with APSSDC at Sri venkateswara college of engineering, Tirupati

Trained on NX Basic design conducted at Sri venkateswara university college of engineering, Tirupati

Trained on Turning – NC control programming conducted at Sri venkateswara university college of engineering, Tirupati

Participated workshop on “Operations Research and Manufacturing Engineering” organized by department of mechanical engineering at Sri venkateswara college of engineering, Tirupati

Partcipated a workshop on Internet of things conducted by IB HUBS at Sri venkateswara university college of engineering, Tirupati

Completed diploma course on C and C++ at Shanmugam institute of computer technology, Tirupati

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