MOHAMED ASHIF S

TIRUCHIRAPPALLI, Tamil Nadu

Telephone +91.956-***-****

acxl47@r.postjobfree.com

About Me

DESIGN ENGINEER,

To have a growth oriented and challenging career, where I can contribute my knowledge and skills to the organization and enhance my experience through continuous learning and teamwork. Education

Master of Engineering / Master of Technology, ENGINEERING DESIGN Anna university Coimbatore

Coimbatore, Tamil Nadu

Graduated, June 2016

Marks 72%

Professional Qualifications and Affiliations

Certification in ANSYS (Computational Fluid Dynamics)

Certification in AutoCAD

Participation certificate in the workshop on “FINITE ELEMENT METHOD AND ITS APPLICATIONS”

Participation certificate in the workshop on “FINITE ELEMENTS APPLIED TO FLUID DYNAMICS (CFD)”

Participation certificate in the workshop on “AGILE MANUFACTURING”

Participation certificate in the national level workshop on “ADVANCED NANO COMPOSITE MATERIALS: CHARACTERIZATION AND APPLICATIONS”

Participation certificate in “INTERNATIONAL CONFERENCE ON ADVANCES IN ELECTRICAL, ELECTRONICS AND COMPUTATIONAL INTELLIGENCE (ICAEECI’16)”

Skills

Administration

Leadership / Teamwork

Quick learning skill, Easy adaptability

hard work with smart thinking

Computer Proficiency

Operating Systems

WINDOWS Vista,7,8,10

Software

ANSYS

PRO-E

AUTO CAD

Languages

Tamil

English

Personal Interests

social working

updating knowledge in current affairs

Sports, Outdoors

Personal Details

Father’s Name: Z SIRAJUDEEN Marital Status: Single Birthday: February 11, 1993 Nationality: India

Gender: Male Passport no: N5177646

Declaration

I, MOHAMED ASHIF S, hereby declare that the information contained herein is true and correct to the best of my knowledge and belief. MOHAMED ASHIF S

MOHAMED ASHIF S

TIRUCHIRAPPALLI, Tamil Nadu

Telephone +91.956-***-****

acxl47@r.postjobfree.com

PROJECTS

Project 1 ME PROJECT "IMPROVEMENT OF VORTEX TUBE COOLING PERFORMANCE USING COMPUTATIONAL FLUID DYNAMICS" in Anna university Coimbatore, Coimbatore. Period: July 2016 - July 2016

A complex flow of fluid inside the vortex tube was investigated using the computational Fluid dynamic method. The standard k- ε model can be used to calculate the Physical properties of the fluid flow and illustrated the thermal separation inside the Vortex tube. The model provides a reasonably accurate result compared to the existing investigation.

The vortex cooling capacity is to be improved by combining of the two processes like varying the dimension of cold outlet and adding the thermoelectric module in this process to improved cooling capacity and efficiency.

The thermoelectric module and cold fraction has an influence on the system performance, in which the best simulation condition for inlet pressure of 6 bar was at a cold fraction of 0.62 for the highest cooling and heating capacity

It was achieved at the dimension of vortex tube is 11.22 mm diameter with the cold orifice angle of 4.1. While using the thermoelectric module we can achieve the cooling efficiency by 13.34% respectively. Project 2 BE PROJECT "Designed and Fabricated “EFFECT OF VIBRATION ON MICRO AND MACRO PROPERTIES OF SMAW WELDMENT” in TRICHY Engineering College, Trichy. Period: February 2014 - April 2014

Welding process induces a state of residual stress into material and job. These possess series problem in the terms of dimensional stability, corrosion, cracking, reduced fatigue life and structural integrity.

Rectify the problem by using external force have been applied to induce fluid flow during solidification of weldment.

Vibratory conditioning commonly called as vibratory stress relief uses mechanical energy in form of low and high frequency vibration to relief residual stress in weldment.

We try this process in vertical welding (3G) position.

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