NOC:Polymer Process Engineering

Lecture 1 - Introduction to Polymers

Lecture 2 - Polymers and Polymerization Techniques

Lecture 3 - Characteristics of Polymers - I

Lecture 4 - Characteristics of Polymers - II

Lecture 5 - Applications of Polymers

Lecture 6 - Thermodynamics of Polymer Systems - I

Lecture 7 - Thermodynamics of Polymer Systems - II

Lecture 8 - Thermodynamics of Polymer Systems - III

Lecture 9 - Thermodynamics of Polymer Systems - IV

Lecture 10 - Thermodynamics of Polymer Systems - V

Lecture 11 - Applied polymer rheology: Fluid behavior

Lecture 12 - Applied polymer rheology: Structure and properties of deforming polymer

Lecture 13 - Applied polymer rheology: Flow of polymers with supermolecular structure

Lecture 14 - Applied polymer rheology: Transport phenomena

Lecture 15 - Applied polymer rheology: Rheometry

Lecture 16 - Heat Transfer Phenomenon in polymer systems: Introduction

Lecture 17 - Heat Transfer Phenomenon in polymer systems: Thermal properties

Lecture 18 - Heat Transfer Phenomenon in polymer systems: Thermal properties and conduction

Lecture 19 - Heat Transfer Phenomenon in polymer systems: Conduction and Convection

Lecture 20 - Heat Transfer Phenomenon in polymer systems: Convection and Radiation

Lecture 21 - Mass Transfer Phenomenon in Polymers: Introduction

Lecture 22 - Steady State Diffusion in Polymers

Lecture 23 - Mass transfer coefficient and dimensionless numbers

Lecture 24 - Mass transfer phenomenon in polymers: Laminar flow and boundary layer conditions

Lecture 25 - Mass transfer phenomenon in polymers: Diffusivity and solubility of gases

Lecture 26 - Chemical reaction engineering in polymers: Introduction

Lecture 27 - Chemical reaction engineering in polymers: Condensation (Step-growth) polymerization

Lecture 28 - Chemical reaction engineering in polymers: Addition (Chain-Growth) Polymerization - I

Lecture 29 - Chemical reaction engineering in polymers: Addition (Chain-Growth) Polymerization - II

Lecture 30 - Chemical reaction engineering in polymers: Addition (Chain-Growth) Polymerization - III

Lecture 31 - Injection Moulding - 1

Lecture 32 - Injection Moulding - 2

Lecture 33 - Extrusion

Lecture 34 - Blow moulding

Lecture 35 - Calendaring and Fiber spinning

Lecture 36 - Polymer Testing - 1

Lecture 37 - Polymer testing - 2 (Standardization, Sample preparation)

Lecture 38 - Polymer testing - 3

Lecture 39 - Polymer testing - 4 (Measuring of rheological properties)

Lecture 40 - Polymer testing - 5 (Mechanical properties; Hardness, tensile and compression)

Lecture 41 - Polymer testing - 6

Lecture 42 - Polymer Testing - 7

Lecture 43 - Polymer Testing - 8

Lecture 44 - Polymer Testing - 9

Lecture 45 - Polymer Testing - 10

Lecture 46 - Polymeric Materials Used in Electronics

Lecture 47 - Polymers in Electronics: Epoxies

Lecture 48 - Epoxies, Phenoxies, and Silicones

Lecture 49 - Polyimides

Lecture 50 - Fluorocarbons, Polyxylyenes, and Polyesters

Lecture 51 - Polymer Materials in Electronics

Lecture 52 - Functions of Coatings - I

Lecture 53 - Functions of Coatings - II

Lecture 54 - Natural fibers reinforced composites - I

Lecture 55 - Natural fibers reinforced composites - II

Lecture 56 - NFRCs and Polymer Applications

Lecture 57 - Polymer Applications in Building Materials

Lecture 58 - Polymer applications in different fields: Polymer in textile

Lecture 59 - Polymer applications in different fields: Polymer in cosmetics

Lecture 60 - Polymer applications in different fields: Polymer and food packaging