Lecture 1 - Introduction to Manufacturing science
Lecture 2 - Finite difference method and Finite volume method
Lecture 3 - Introduction to Finite Element Methods
Lecture 4 - Introduction to Finite Element Methods
Lecture 5 - Introduction to Boundary element methods
Lecture 6 - Introduction to casting and solidification
Lecture 7 - Solidification of metal and alloys
Lecture 8 - Introduction to casting
Lecture 9 - Introduction to casting
Lecture 10 - Introduction to casting
Lecture 11 - Introduction to casting and its types
Lecture 12 - Types of casting and defects
Lecture 13 - Introduction to die filling analysis
Lecture 14 - Porosity Modelling and Gravity die casting
Lecture 15 - Rheology
Lecture 16 - Case studies on Die filling
Lecture 17 - Introduction to welding
Lecture 18 - Principle of fusion welding
Lecture 19 - Principle of fusion welding
Lecture 20 - Welding Mechanics
Lecture 21 - Welding Mechanics, Types of welding
Lecture 22 - Types of welding
Lecture 23 - Types of welding
Lecture 24 - Types of welding
Lecture 25 - Types of welding
Lecture 26 - Procedure for numerical modelling
Lecture 27 - Procedure for solving governing equations
Lecture 28 - Procedure for solving governing equations
Lecture 29 - Solvers and Boundary conditions
Lecture 30 - Transport phenomena during solidification (Continued...)
Lecture 31 - Introduction to Powder Metallurgy
Lecture 32 - Process methodology on Powder Metallurgy
Lecture 33 - Process methodology on Powder Metallurgy
Lecture 34 - Atomization and Sintering
Lecture 35 - Theory of sintering
Lecture 36 - Theory of sintering
Lecture 37 - Different processes in powder metallurgy
Lecture 38 - Design of the molding system
Lecture 39 - Ceramic Injection Molding and metal injection molding
Lecture 40 - Metal forming and process modelling
Lecture 41 - Mechanics of metal working
Lecture 42 - Mechanics of metal working
Lecture 43 - Metal working processes
Lecture 44 - Metal working processes
Lecture 45 - Metal working processes
Lecture 46 - Metal working processes
Lecture 47 - Phase field Modelling
Lecture 48 - Numerical Modelling for welding
Lecture 49 - Introduction to Additive manufacturing
Lecture 50 - Numerical Modelling of Additive manufacturing
Lecture 51 - Phase field
Lecture 52 - Transport phenomena, Process modelling of Metal forming, Machining
