Application Program
Polytech-Engg. College-Univ. College
Syllabus Program-Internship Program-Project Program-Product Dev, Program
Product Survey
Internship Project Product
Branch Area Application
Basic Literature Kinematic Kinetostatics Design & Analysis
Product Soecification Kinematics Design-Analysis Cost Estimation
Product Data Commercial Values Aesthetic View
Design Data Softwires Program Sequence
Result of Product Survey
In survey for survey sample Title is Pump/ Every trainee should have Program Title which could not clash with others, whiche means N Trinee is equal to N Title.
Next actual sample product for training is Water Jet Weaving Loom, which was carried out same procedure based on concept of Four Bard Mechanism-Beat Up.
This model was developed from scrach to final product to work @ 800 RPM @ first stage.All the details are available @ paviath websites
Sequence 1
Selecting Four Syllabus Related to Program Title
Program Syllabus Training
Syllabus Training is based on the topics related to the Program Title and concerned Software
I STRENGTH OF MATERIALS
Reference
SYLLABUS PROGRAM ♦ STRENGTH OF MATERIALS ♦ MECHANICAL ENGINEERING
SEMESTER IV (II YEAR] ♦ ENGINEERING CODE PCC-ME 204
OBJECTIVE
•TO UNDERSTAND THE NATURE OF STRESSES DEVELOPED IN SIMPLE
GEOMETRIES SUCH AS BARS, CANTILEVERS, BEAMS, SHAFTS,
CYLINDERS AND SPHERES FOR VARIOUS TYPES OF SIMPLE LOADS
•TO CALCULATE THE ELASTIC DEFORMATION OCCURRING IN VARIOUS
SIMPLE GEOMETRIES FOR DIFFERENT TYPES OF LOADING
REFERENCE BOOKS
1. EGOR P. POPOV, ENGINEERING MECHANICS OF SOLIDS,
PRENTICE HALL OF INDIA, NEW DELHI, 2001.
2. R. SUBRAMANIAN, STRENGTH OF MATERIALS,
OXFORD UNIVERSITY PRESS, 2007.
3. MECHANICS OF MATERIALS,
FERDINAND P. BEEN, RUSSEL JOHNSON JR AND JOHN J. DEWOLE,
TATA MCGRAWHILL PUBLISHING CO. LTD., NEW DELHI 2005.
II KINEMATICS AND THEORY OF MACHINES
Reference
SYLLABUS PROGRAM
♦ KINEMATICS AND THEORY OF MACHINES
♦ MECHANICAL ENGINEERING
♦ SEMESTER V (III YEAR]
♦ ENGINEERING CODE PCC-ME 304
OBJECTIVE
ᴱ# TO UNDERSTAND THE KINEMATICS AND RIGID- BODY DYNAMICS OF
KINEMATICALLY DRIVEN MACHINE COMPONENTS
# TO UNDERSTAND THE MOTION OF LINKED MECHANISMS
IN TERMS OF THE DISPLACEMENT, VELOCITY AND ACCELERATION
AT ANY POINT IN A RIGID LINK
# TO BE ABLE TO DESIGN SOME LINKAGE MECHANISMS AND CAM
SYSTEMS TO GENERATE SPECIFIED OUTPUT MOTION
# TO UNDERSTAND THE KINEMATICS OF GEAR TRAINS
REFERENCE BOOKS
1. THOMAS BEVAN, THEORY OF MACHINES, 3RD EDITION, CBS PUBLISHERS & DISTRIBUTORS, 2005.
2. CLEGHORN WL. , MECHANISMS OF MACHINES, OXFORD UNIVERSITY PRESS, 2005.
3. ROBERT L. NORTON, KINEMATICS AND DYNAMICS OF MACHINERY, TATA MCGRAWHILL, 2009.
4. GHOSH A. AND MALLICK A.K., THEORY OF MECHANISMS AND MACHINES, AFFILIATED EAST-WEST PVT. LTD, NEW DELHI, 1988.
III. DESIGN OF MACHINE ELEMENTS
Reference
♦ SYLLABUS PROGRAM
♦ DESIGN OF MACHINE ELEMENTS
♦ MECHANICAL ENGINEERING
♦ SEMESTER VI (THIRD YEAR]
♦ ENGINEERING CODE PCC-ME 308
OBJECTIVE
THIS COURSE SEEKS TO PROVIDE AN INTRODUCTION TO THE DESIGN OF MACHINE ELEMENTS COMMONLY ENCOUNTERED IN MECHANICAL ENGINEERING PRACTICE, THROUGH
1. A STRONG BACKGROUND IN MECHANICS OF MATERIALS BASED FAILURE CRITERIA UNDERPINNING THE SAFETY-CRITICAL DESIGN OF MACHINE COMPONENTS
2. AN UNDERSTANDING OF THE ORIGINS, NATURE AND APPLICABILITY OF EMPIRICAL DESIGN PRINCIPLES, BASED ON SAFETY CONSIDERATIONS
3. AN OVERVIEW OF CODES, STANDARDS AND DESIGN GUIDELINES FOR DIFFERENT ELEMENTS
4. AN APPRECIATION OF PARAMETER OPTIMIZATION AND DESIGN ITERATION
5. AN APPRECIATION OF THE RELATIONSHIPS BETWEEN COMPONENT LEVEL DESIGN AND OVERALL MACHINE SYSTEM DESIGN AND PERFORMANCE
REFERENCE BOOKS
[1] SHIGLEY, J.E. AND MISCHKE, C.R., MECHANICAL ENGINEERING DESIGN, FIFTH EDITION, MCGRAW-HILL INTERNATIONAL; 1989.
[2] DEUTSCHMAN, D., MICHELS, W.J. AND WILSON, C.E., MACHINE DESIGN THEORY AND PRACTICE, MACMILLAN, 1992.
[3] JUVINAL, R.C., FUNDAMENTALS OF MACHINE COMPONENT DESIGN, JOHN WILEY, 1994.
[4] SPOTTES, M.F., DESIGN OF MACHINE ELEMENTS, PRENTICE-HALL INDIA, 1994.
[5] R. L. NORTON, MECHANICAL DESIGN – AN INTEGRATED APPROACH, PRENTICE HALL, 1998
IV DESIGN OF TRANSMISSION SYSTEMS
Reference
♦ SYLLABUS PROGRAM
♦ DESIGN OF TRANSMISSION SYSTEMS
♦ MECHANICAL ENGINEERING
♦ ELECTIVE SUBJECT
♦ ENGINEERING CODE PEC-MEL 433
OBJECTIVE
TO LEARN ABOUT THE DESIGN PROCEDURES FOR MECHANICAL POWER TRANSMISSION COMPONENTS
REFERENCE BOOKS
1. THOMAS BEVAN, THEORY OF MACHINES, 3RD EDITION, CBS PUBLISHERS & DISTRIBUTORS, 2005.
2. CLEGHORN WL. , MECHANISMS OF MACHINES, OXFORD UNIVERSITY PRESS, 2005.
3. ROBERT L. NORTON, KINEMATICS AND DYNAMICS OF MACHINERY, TATA MCGRAWHILL, 2009.
4. GHOSH A. AND MALLICK A.K., THEORY OF MECHANISMS AND MACHINES, AFFILIATED EAST-WEST PVT. LTD, NEW DELHI, 1988.
Program APPLICATION
Program application program is designed by Professional to suit Industry requirement @ every area like media, design, institution, industry project & career to face the Industry or Institution. Program on stages assigned @ precondition page such
as, to take the commitment as responsibility.
Construction Portfolio
Media Program
Media Program
SYLLABUS PROGRAM
STRENGTH OF MATERIAL ♦ THEORY OF MACHINE ♦ DESIGN OF MACHINE ELEMENTS♦ DESIGN OF TRANSMISSION SYSTEM
COURSE OUTCOMES
♦ DESIGN PROCEDURE ♦ EXCERISING VIDEO ♦ PUBLISHING IN YOUTUBE
♦ REFERENCE BOOKS
Program Design
Design Program Model
INDUSTRY (TEXTILE/MEDIUM)
♦ RAW MATERIAL(COTTON/SYNTHETIC) ♦ CORDING/SPINNING/TWISTING
♦ WARPING/REEDING/WEAVING ♦ EMBROIDING/GARMENT DESIGN
APPLICATION MACHINES
♦ CORDING/SPINNING UNIT ♦ TWISTING UNIT/WARPING UNIT
♦ RAPIER/SHUTTLE/AIRJET/WATERJET ♦ EMBROIDING M/C/GARMENT UNIT
BOOKS
KONSTRUKTIVEGETRIEBELEHRE NEIL SCLATER/WILEY/DMAGL
I. I. ARTOBOLEVSKY/SAM REFERENCE
MECHANISM DESIGN: ANALYSIS & SYNTHESIS PLANETENMISCHER MIT DYNAMISCH GETRIEBENEN MISCHARMEN
Mathematical Design Program
