Welding process, CSWIP3,basic software

AASAITHAMBI A

***********@*****.***

Mobile: 958-***-**** / 770-***-****

Address: */***,********, *******(po),

Titagudi(tk),Cuddalore-636106.

CAREER OBJECTIVE

To secure a good position to dedicate my skills and talents for the development of organization and to do very well in the job and rise up to the top Position in the soonest possible time. EDUCATIONAL QUALIFICATION

YEAR OF

PASSING

COURSE INSTITUTE CGPA AND

PERCHANTAGE

April 2020 M.E-Welding

Technology

Government College

of Engineering,

Salem-11

8.0 CGPA Upto II Sem

May 2018 B.E-Mechanical

Engineering

Roever Engineering

College Perambalur

7.0 CGPA

Mar 2014 H.S.C Aruna Higher

Secondary School

Cuddalore

60%

Apr 2012 S.S.L.C Aruna Higher

Secondary School

Cuddalore

72%

AREA OF INTEREST

Welding field

Automobile field

TOOLS KNOWN

CAD

SOLIDWORKS

PG PROJECT

PHASE TWO PROJECT- Doing project on “A STUDY ON SURFACE PROPERTIES OF HARDFACING ALLOYS STELLITE 6 ” at pinnacle engineering Ltd. Coimbatore.

PHASE ONE PROJECT

CHARACTERISATION AND ENHANCEMENT OF WEAR RESISTANT BEHAVIOUR OF AISI 1040 STEEL BY HARDFACING- The hardfacing was done on AISI 4340 steel plate of thickness 25 mm with Cr-Ni based hardfacing electrode (satellite 6 electrode) by using GTAW process. For EN24 steel, it is necessary to do preheating and post weld heat treatment for welding to reduce cracking tendency. Hence hardfacing was done after preheating the EN24 steel to a temperature of 200oC. After hardfacing instead of using post weld heat treatment, post heating (250oC) was done on hardfaced EN24 steel to avoid undesired microstructure on the HAZ and deposited layer. The characterisation was done on both EN24 steel and hardfaced surface using XRD and the hardness survey was done using vicker’s microhardness tester. The enhancement of wear resistant was evaluated by comparing wear resistant behaviour of the EN24 steel and hardfaced EN24 steel using pin on disc wear testing machine.

UG PROJECT

EFFECT OF CHEMICAL TREATMENT ON TENSILE STRENGTH AND SURFACE ROUGHNESS OF 3D-PRINTED PLA USING THE FDM PROCESS

Fused deposition modeling (FDM) is one of the most commenly used additive manufacturing processes because of its environment-friendly and cost effectiveness. However, Chemical treatment is an easy fast and economical technique. In the present investigation, the effect of chemical treatment on surface roughness and tensile strength of Polylatic acid(PLA) the parts made using the FDM process is investigated using chemical dichloroethane. The post chemical treatment dramatically improves the surface finish and dimensional accuracy of PLA specimens. But chemical treatment results in the reduction of tensile strength. SEMINARS AND WORKSHOPS

GIAN course on “ADVANCED WELDING PROCESSES AND METALLURGY” at IIT MADRAS from 9/12/2019 to 13/12/2019

District level seminar on “ ADVANCED 3D-PRINTING PROCESS AND SIMULATION ” by Ramakrishna. College of Engineering, Tirchy on 20/1/2018

District level workshop on “ADVANCED FUSION WELDING AND SOLID STATE WELDING PROCESS” at Ramakrishna College of Engineering, trichy on 24/03/2018 PERSONAL DETAILS

Father's name : C.Anbazhagan

Mother's name : A.Vanitha

Date of birth : 27/11/1997

Blood group : A1 Language Known : English, Tamil( Write, Speak, Read) Hobbies : Surfing internet

[AASAITHAMBI A]

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