Sivasankar Murugaiyan
144.B/1,Thukkapet (Post)
Chengam Taluk
Tiruvannamalai District -
606709
Tamilnadu, India
Mobile Ph: +91-9435048899
Work Ph: +91-361-2583051
Email:
Date of Birth: March
9th, 1973
B.E (Mechanical Engineering) and M.E
(CAD-Mechanical) with 3 years experience in teaching and 3 years experience in
research and development
CAREER OBJECTIVE: To be part of a team where corporate vision and professional
competence are a good fit for optimal performance and contribution. Pursue and
develop technical skills in the area of Biomechanics, Finite Elements,
Machine Design and Research & Development. I prefer to work with companies directly related to the field of Biomechanics,
Biomedical or Design.
Professional Experience
·
Creating and analysing hip model using ANSYS software
·
Excellent knowledge in CAD and CAM
·
Researched on single
cylinder two stroke petrol car
·
Excellent knowledge on total hip replacement and the 3D
Finite Element Analysis of the hip joint
Doctoral Research August 2001 – Till Date
Indian Institute of Technology, Guwahati, Assam
Indian Institute of Technology, Guwahati is the sixth member of the IIT fraternity was established in 1994. IIT is among the foremost of institutes of national importance in higher technological education and in basic and applied research.
Key Responsibilities:
· Creating and analysing a hip model using ANSYS software. Comparing them with Charnley’s model; a standard benchmark model.
· Theoretically setting and analysing the composite properties
· In charge of the materials and the CAD lab. Assigning duties to the students, conducting class tests and valuing the papers.
· Assisting my guide in preparing his lecture notes and in other aids for the lab.
Biomechanics Of Hip Joints, Course
Completion By August 2004
The research deals with the preparation
of alternative material for the human hip joint. Total hip replacement is
taking a new dimension with the UHMWPE (Ultrahigh molecular weight
polyethylene) and PEEK (PolyEtherEtherKeetone) composite materials with the
material properties the model has been developed using the ANSYS
Software. Stress and Fatigue
Analysis were done on the model and the result is compared with the benchmark
Charnley’s model. Further work can be
done on Wear Modelling and the Variable Amplitude Fatigue Loading Of
The Prosthesis based on this research.
The hip model can be made at a lesser cost than those available in the
market.
Till now an idealised hip prostheses
model has been developed and analysed using ANSYS and 3D-Finite Element
Analysis. Design optimisation is also
carried out for an isotropic model. The fatigue analysis has been done on the
model to determine the life period of the prosthesis. Statistical methods are
used to determine the wear rate of the model.
This method helps in analysing the damage on the model.
Course work opted for are Advanced
Engineering Mathematics, Theory Of Elasticity
Finite Element Analysis and Introduction To Composite Materials.
Lecturer and Consultant (CAD / CAM) February 1999 – August 2001
Arunai Engineering College, Tiruvannamalai,
Tamilnadu
Arunai Engineering College is a ISO9000-2002 certified Engineering college, it
is one of the best private engineering colleges in Tamilnadu, India. It is especially famous for its engineering
courses.
Key Responsibilities
·
Took classes in the
subjects FEM (Finite Element Methods), CAD (Computer Aided Design) and
Production planning and control
·
Researched on single
cylinder two stroke petrol car
·
Guided various
research projects like design and fabrication of a mini tractor, finite
element analysis of connecting rod etc.
·
Also involved in
handling of classes on computer graphics.
Academic Qualification
- Master of Engineering (Mechanical - CAD) passed with 69% from Government college of
Engineering, University of Madras, Tamilnadu, India (1995-1997).
- Bachelor of Engineering (Mechanical) passed with (58.97%) from University of
Madras, Tamilnadu, India (1990-1994).
Master of Engineering Research Work
<
Finite Element Analysis of Engine
Flywheel
Ashok Leyland, Hosur, India
The project deals with an Axi-Symmetric
Model Of Flywheel. Stress analysis was done over the flywheel using FEA and
the stress, strain and displacement values were found out. The flywheel was
analysed with the I-DEAS (Master Series) software. The design of the flywheel
was checked up under safe limits. Recognition was given for the flywheel
design. The model was meshed with free meshing and the boundary conditions were
fixed for the axi-symmetric model; 2D and 3D analysis were done on the model.
Made at about 3500 rpm the flywheel is
running without any failure. This is a
big success under Indian road conditions.
Bachelor of Engineering Research Work
<
Design And Fabrication Of Solar Assisted Desalination Plant
This project deals with the
non-conventional energy source (Solar energy) is how far helping in domestic
appliance of the day-to-day activities of the human being. With the use of this
Project we can collect up to 20Liters of desalinated water in the peak sunny
days. This is a very useful project for people who are at the coastal areas.
Other
Qualifications
1.
Finite Element
Analysis
AU-FRG Institute for CAD / CAM, Anna University, Chennai,
India
·
Studied static and
dynamic analysis of the damped systems and static systems using IDEAS
(Integrated Design and Analysis) package.
·
Course on Introduction
to ANSYS and Pro-Engineer Software
2.
Advanced
Computer Training
CMC Ltd., Chennai, India
·
Extensive training in
C, C++, Visual Basic, Oracle and Developer 2000. Completed project on Employee
Pay System using Oracle and Developer 2000
Software Knowledge
Design Packages: I-DEAS, ANSYS, A-CAD
Operating Systems: DOS, UNIX, WINDOWS, IRIX,
LINUX
Workstations: INDY, WINDOWS- NT
Engineering tools: MatLab
Packages: MS-Office, WinEdt
Language: APDL (ANSYS parametric design
language)
Professional Affiliations
- Life member in Indian Society for Technical Education.
- Student member in American Society of Mechanical Engineers
(ASME).
Other Activities
·
Worked for an
international conference on Quality Techniques on Taguchi method with Qualitek
Software in the year 2000.
- Worked as a resource person in the national
level conference called CONTECH-2010, which was headed by our Indian
President Dr.A.P.J. Abdul Kalam.
· Communicating a couple of papers on review of total hip replacement and the 3D Finite Element Analysis of the hip joint with acetabular cup.
- Under communication in the journals on review
of Total Hip Replacement and 3D Finite Element Analysis of
the hip joint with Acetabular Cup.
- One accepted paper in a national level
conference on Finite element analysis of hip joints using FRP composite
material.
Reference
|
·
Dr Debabrata
Chakraborty Assistant Professor, Department of Mechanical Engineering Indian Institute of Technology Guwahati - 781039 Assam, India Email : chakra@iitg.ernet.in |
·
Dr. Santosha Kumar
Dwivedy Assistant Professor Department of Mechanical Engineering Indian Institute of Technology Guwahati - 781039 Assam, India Email: dwivedy@iitg.ernet.in |