Format for M.Tech Thesis synopsis
Title page:
1. Name of Student and PTU registration No cum Roll No
2. Present official Address with E-mail, telephone No
3. Branch (indicate F.T/P.T)
4. Year of Admission
5. Number of subjects passed till date
6. Proposed Topic:
Introduction (should not exceed 3 pages including Figs.)
Brief Literature survey (should not exceed 3 pages)
Problem formulation: Need and significance of proposed research work (should not exceed 1page)
Objectives (should not exceed 1 page)
Methodology/ Planning of work (should not exceed 2 pages)
Facilities required for proposed work
Proposed Place of work
SPECIFICATIONS FOR M.Tech THESIS
i). The authors name and his initials
ii). The title of the paper and name of the journal
iii). The name of the book and the publisher
iv) The number of the volume, page numbers, and the year of publication
(v) standard abbreviation may be used in the names of the journals
For Example:
A. Singh, S. and Shan, H. S. (2002) “Development of Magneto Abrasive Flow Machining Process”, International Journal of Machine Tools & Manufacturing, vol. 42, 2, pp. 953-959.
B.
C.
Adithan, M. and Gupta, A.B. (1996), “Manufacturing
Technology”, New Age, International Publishers,
7. The diagrams should be printed on a light/white background, Tabular matter should be clearly arranged. Decimal point may be indicated by full stop(.)The caption for Figure must be given at the BOTTOM of the Fig. and Caption for the Table must be given at the TOP of the Table.
8. The graphs should be combined for the same parameters for proper comparison. Single graph should be avoided as far as possible.
9. Conclusions must not exceed more than two pages.
10. The thesis must consist of following chapters
Chapter 1- Introduction
Chapter 2- Literature Review
Chapter 3- Problem Formulation
(It can span in two to three sub chapters depending on the type and volume of the work)
Chapter 4- Result and Discussion
Chapter 5-Conclusions and future scope
References
Appendix (if any)
Annexures-I,II,III
Sample sheet (outer cover)
STATISTICAL PROCESS CONTROL OF MECHANICAL LOCKING SYSTEM
FOR AUTOMOTIVES (24pt.)
THESIS (14pt.)
SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENT FOR THE AWARD OF THE DEGREE OF (12pt.)
MASTER OF TECHNOLOGY
(Industrial/Civil/Production) (14pt.)
VIJAY PRATAP SINGH (14pt)
April 2004
PTU Logo
Sample sheet (inner title page)
STATISTICAL PROCESS CONTROL OF MECHANICAL LOCKING SYSTEM
FOR AUTOMOTIVES
THESIS
SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENT FOR THE AWARD OF THE DEGREE OF
MASTER OF TECHNOLOGY
(Industrial/ Production/ Mechanical)
Submitted by
VIJAY PARTAP SINGH
Name of the College
April 2004
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CANDIDATE'S DECLARATION
I
hereby certify that the work which is being presented in the thesis entitled
“TITLE ” by “NAME OF THE STUDENT” in partial fulfillment of requirements
for the award of degree of M.Tech. (Branch) submitted
in the Department of (Branch) at NAME OF THE INSTITUTE under
Signature of the Student
This is to certify that the above statement made by the candidate is correct to the best of my/our knowledge
Signature of the SUPERVISOR (S)
The M.Tech Viva –Voce Examination of (NAME OF CANDIDATE) has been held on ____________ and accepted
Signature of Supervisor(s) Signature of External Examiner
Signature of H.O.D.
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ACKNOWLEDGEMENT
The
authors are highly grateful to the Principal, Guru Nanak Dev Engineering
College (GNDEC),
The constant guidance and encouragement received from Dr. S.B.Singh Prof. and Head, Department of Mechanical and Production Engineering, GNDEC Ludhiana has been of great help in carrying our the present work and is acknowledged with reverential thanks.
The authors would like to express a deep sense of gratitude and thanks profusely to Dr. Sehjpal Singh, Asstt. Prof., Department of Mechanical & Production Engineering, GNDEC, who was the thesis Supervisor. Without the wise counsel and able guidance, it would have been impossible to complete the thesis in this manner.
The help rendered by Mr Gurinder Singh Brar, Lecturer, GNDEC, for the literature, Mr. Ashwani Kumar, Scientist MERADO Ludhiana, and their associates for experimentation is greatly acknowledged.
The author express gratitude to other faculty members of Mechanical Engineering Department, GNDEC for their intellectual support throughout the course of this work.
Finally, the authors are indebted to all whosoever have contributed in this thesis work and friendly stay at GNDEC.
VINEY GUPTA
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1.2 AFM Process Principle 4
1.3 AFM Technology 6
2.1.1 Media Flow Volume and Extrusion Pressure 15
2.1.4 Number of Cycles 18
2.1.6 Material and Geometrical Features of Workpiece 19
2.1.7 Rheology of Carrier Media 21
2.2 Modeling of AFM 24
2.2.1 Stochastic Modeling 24
2.2.2. Analytical Modeling 25