ME761A
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COMPUTER AIDED MANUFACTURING
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Content:
Introduction to Recent Manufacturing systems, Computer aided design, geometric modelling, concurrent engineering, Computer aided process planning, computer control manufacturing systems, Automated Material Handling and storage system, Robotic systems, Quality engineering, statistical process control and automated inspection system, Manufacturing planning and control systems, Group technology and cellular manufacturing system .
Lecture wise break up
I. Lecture 1:
II. Lecture 2:
III. Lecture 3:
IV. Advanced applications of solidification principles (2 Lectures):
IV. Lecture 4:
V. Lecture 5:
VI. Lecture 6:
VII. Lecture 7:
VIII. Lecture 8:
IX. Lecture 9:
X. Lecture 10:
XI. Lecture 11:
XII. Lecture 12:
XIII. Lecture 13:
XIV. Lecture 14:
XV. Lecture 15:
XVI. Lecture 16:
XVII, XVII & XIX. Lecture 17, 18 & 19:
XX. Lecture 20:
XXI. Lecture 21:
XXII & XXIII. Lecture 22 & 23:
XXVI & XXV. Lecture 24 & 25:
XXVII. Lecture 26:
XXVIII & XXVIII. Lecture 27 & 28:
XXIX & XXX. Lecture 29 & 30:
XXXI. Lecture 31:
XXXII & XXXIII. Lecture 32 & 33:
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32.1 Kanban planning and control models
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32.2 Signal Kanban
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33.1 Alternative JIT system
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33.2 Total quality control and JIT
XXXIV. Lecture 34:
XXXV & XXXVI. Lecture 35 & 36:
XXXVII. Lecture 37:
XXXVIII. Lecture 38:
XXXIX. Lecture 39:
XXXX. Lecture 40:
XXXXI. Lecture 41:
Following are the Assignments:
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Solid Model drawing and Simulation of any product (with minimum 5 parts)
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Generation of Manufacturing drawing of a single part from the product
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Machining the part using CNC milling/turning
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Measuring the machining deviation using CMM
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Generation of error report using matlab
Reference Book:
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System approach to Computer-integrated design and manufacturing, Nanua Singh, Wiley India.
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Automation, production systems and Computer-integrated Manufacturing, M.P.Groover, Eastern Economy Edition.
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Computer aided Manufacturing, T. C. Chang, R. A. Wysk and H. P. Wang, Pearson.
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