NOC:Principles of Casting Technology


Lecture 1 - Introduction to Casting Technology


Lecture 2 - Mechanism of solidification


Lecture 3 - Solidification of Pure Metals and Alloys


Lecture 4 - Freeze Wave Mechanism and Solidification Time


Lecture 5 - Problem Solving on Solidification


Lecture 6 - Technology of pattern making


Lecture 7 - Allowances in pattern making


Lecture 8 - Moulding sands and its ingredients


Lecture 9 - Testing of molding sands


Lecture 10 - Sand preparation for casting


Lecture 11 - Technology of mould making


Lecture 12 - Technology of core making


Lecture 13 - Special sand moulding process


Lecture 14 - Organic binders


Lecture 15 - Special moulding process


Lecture 16 - Introduction of gating design


Lecture 17 - Types of gate


Lecture 18 - Pouring time calculation


Lecture 19 - Aspiration effects in gating system


Lecture 20 - Problem solving on gating design


Lecture 21 - Solidification analysis


Lecture 22 - Risering methods


Lecture 23 - Shape factor


Lecture 24 - Feeding and Chills effect


Lecture 25 - Problem related to riser design


Lecture 26 - Special casting process - 1


Lecture 27 - Special casting process - 2


Lecture 28 - Special casting process - 3


Lecture 29 - Technology of melting


Lecture 30 - Melting practices


Lecture 31 - Melting and Casting of cast metal


Lecture 32 - Melting practice for gray iron


Lecture 33 - Melting practice for Malleable iron and S.G iron


Lecture 34 - Casting of steel and alloy steel


Lecture 35 - Casting practices for non-ferrous metals and alloys


Lecture 36 - Fettling of castings


Lecture 37 - Heat treatment of castings


Lecture 38 - Heat treatment practices for cast iron and non-ferrous metals and alloys


Lecture 39 - Casting defects


Lecture 40 - Diagnostics of casting defects