Learn About Polymers & Ceramics From Basics

Material Science & Engineering

What you'll learn
What is a Polymer?
What are its applications in real life?
How can we actually produce Polymers through various processes from scratches?
Fields of polymers in details
Why is it most necessary in modern generation despite other substitutes?
What is Ceramic material?
What are the applications of Ceramics?
How can we build Ceramics from our daily life ingredients from nature?
The Processes of Ceramics formation
Structures of Ceramics
In which fields of our daily life we see its application more often?
Requirements
Curiosity & Enthusiasm to learn is mostly encouraged
Basic knowledge of Science and Chemistry (if any) would be appreciated
Description
In Polymers & Ceramics, Candidates will have a consistent knowledge and understanding from scratch to intermediary.Candidates will gain prior knowledge before University lectures as well as rebuilding the core fundamentals before opting for such industries'The entire course is made with utmost care & concern about students with proper Presentation, Visual Clips (wherever found compulsory) and Clear Audio with subtitlesfollowed by a two Practice Sets containing 25 MCQ's each to evaluate understanding about the course section wise.And personal message through Udemy would be highly encouraged if in case of any doubt about the regarding topics.The entire course is divided mainly in two sections i.e. 1. Polymers & 2. Ceramics The Polymers section is further subdivided topic-wise for a better understandingContent of PolymersIntroductionHydrocarbon MoleculesHydrocarbon Molecular StructuresPolymer MoleculesMolecular WeightConfiguration of HydrocarbonsCrystallinity of PolymersBehaviour of PolymersGlass Transition TemperatureAdditives to PolymersStructural Properties of PolymersLinear & Framework StructuresBranched Chain StructuresCross-linked Chain StructuresCrystalline StructuresMechanism of PolymerizationAdditional PolymerizationCondensation PolymerizationChain PolymerizationStep PolymerizationClassification of PolymersPlastics & ResinThermosetsThermoplastsRubber & ElastomersFibres & FilamentsCompositesNano MaterialApplication of Nano MaterialNano CompositesThe Ceramics section is further subdivided topic-wise for a better understandingContent of CeramicsIntroduction of CeramicsProperties of CeramicsBrittleness Behaviour of CeramicsImperfection of CeramicsConfiguration Number & Geometry of BondsPolymorphismClassification of CeramicsProcesses of CeramicsSilicate StructuresAdditives to CeramicsApplicationsRefractories GlassHope the course gives you a good understanding Rather than from bookish knowledge to practical expertise.Wish you a Good Luck for the course. Thank you.

Overview

Section 1: Polymers

Lecture 1 Introduction of the Course

Lecture 2 Content of Polymers

Lecture 3 Introduction of Polymers

Lecture 4 Hydrocarbon Molecules

Lecture 5 Hydrocarbon Molecular Structure

Lecture 6 Polymer Molecules

Lecture 7 Molecular Weight

Lecture 8 Configuration of Hydrocarbon

Lecture 9 Crystallinity of Polymers

Lecture 10 Behaviour of Polymers

Lecture 11 Glass Transition Temperature

Lecture 12 Additives to Polymers

Lecture 13 Structural Properties of Polymers

Lecture 14 Linear & Framework Structure

Lecture 15 Branched Chain Structure

Lecture 16 Cross linked Chain Structure

Lecture 17 Crystalline Structure

Lecture 18 Mechanism of Polymerization

Lecture 19 Additional Polymerization

Lecture 20 Condensation Polymerization

Lecture 21 Chain & Step Polymerization

Lecture 22 Classification of Polymers

Lecture 23 Plastic & Resin

Lecture 24 Rubber & Elastomer

Lecture 25 Fibres & Filaments

Lecture 26 Composites

Lecture 27 Nano Materials

Lecture 28 Application of Nano Materials

Lecture 29 Nano Composites

Section 2: Ceramics

Lecture 30 Content of Ceramics

Lecture 31 Introduction of Ceramics

Lecture 32 Properties of Ceramics

Lecture 33 Brittleness Behaviour of Ceramics

Lecture 34 Imperfections of Ceramics

Lecture 35 Configuration Number & Geometry of Bonds

Lecture 36 Classification of Ceramics

Lecture 37 Processes of Ceramics

Lecture 38 Polymorphism

Lecture 39 Silicate Structures

Lecture 40 Additives for Ceramics

Lecture 41 Application

Lecture 42 Refractories

Lecture 43 Glass

Lecture 44 Few Tips at End of the Course

Any students in any fields who are interested to come in Polymer & Ceramic Industries,Diploma in Civil Engineering,Diploma in Electrical Engineering,Diploma in Mechanical Engineering,Diploma in Chemical Engineering,Diploma in Metallurgical Engineering,Bachelor in Civil Engineering,Bachelor in Electrical Engineering,Bachelor in Mechanical Engineering,Bachelor in Chemical Engineering,Bachelor in Metallurgical Engineering