Showing posts with label Material Science and Engineering. Show all posts
Material Science and Engineering
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| Lecture no 10 |
2k16-MSE Lec-10 Composite Materials.pdf
nullIn this lecture we will discussed the Composite Material. All of the below mentioned topics are discussed in detail in the above slides.
- Composite Material Introduction
- Natural Composite ( Wood, Bone etc)
- Example for requirement
- Steel vs Composite
- Defining Composite Material
- Composite Material Advantage
- Composite Material Disadvantage
- Types of Composite Material
- Particles Reinforced Composites (Including Examples also)
- Fiber Reinforced Composite
- Interface and Interphase
- Selection of fibers for Fiber-Reinforced Composite
- Influence of Fiber Length on Composite
- Elastic Behavior of Composites
- Influence of Fibers Length on Composite
- Structural Composite
- Composite Failure
- Fiber-Matrix Debonding
- Micro Buckling
- Kink Band
- Cone of Fracture
- Composite Manufacturing Processes
Material Science and Engineering
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| Lecture no 9 Rubber |
In this lecture we will discussed about the Rubber Products. All of the below mentioned topic are discussed in detail in the given slides.2K16-MSE Lec-9 Industrial Rubber.pdf
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- Natural Rubber Introduction: Elastomers, Widespread Use ( In vehicle, war equipment, Industries, Medical Equipment, House hold items, Specific Purposes)
- Natural Rubber History
- Natural Rubber Origin
- Latex
- Natural Rubber Production
- Latex to Rubber Processing Summary
- Processing of Natural Rubber (Latex Processing)
- Aging of Natural Rubber
- Natural Rubber Storage Recommendations
- Difference between Plastic and Rubber
- Acrylic, Butadiene, Butyl, Chlorinated Polyethylene, Polyurethane, Silicone, Styrene Butadiene.
- Rubber Processing and Shaping
- Failure of Rubber Products
- Industrial Rubber
Material Science and Engineering
Introduction to Polymers
In the given slides below all of the above topics are discussed in details
- Structure of Polymers
- Synthesis of Polymers
- Difference between monomers and repeat unit
- Synthesis of Polymer Repeat Unit
- Molecular Weight of Polymers
- Polymers Size-Exclusion Chromatography
- Molar Mass Dispersity
- Degree of Polymerization
- Polymers Material
- Its Chacteristics (Based on chain pattern)
- Based on Isomeric Configuration
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2K16-MSE Lec-8 Polymers.pdf
Material Science and Engineering
Ceramics Materials-Introduction
- "Keramikos" = "burnt stuff"
- Metallic and Non-metallic
- Oxides,Nitrides and Carbides etc
- Inter-atomic Bonding
- Long Life
- Examples : Glass, Clay, Refractory, Abrasive, Cement
Ceramics Material Usage
- In comparison with metals
- Properties
- Used In application tolerating
- Ceramics Material Structuer
- Ceramics Material Crystalline Structuer
- Ceramics Density Computation
- Diffusion Process in Ceramics
- Ceramics Phase Diagram
- Ceramics Materials Plastic Deformations
- Ceramics Material Hardness Test
- Ceramics Material Tensile Test
- Ceramics Material Magnetic Effect
- Ceramics Material Electromagnetic Behavior
All of the above mentioned topics are discussed in detail in the below given slides..
2K16-MSE Lec-7 Ceramics.pdf
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Material Science and Engineering
Mechanical Behavior of Materials
- Response of a material
- Forces
- Temperature
- Chemicals
- Electric Field
- Magnetic Field
- Light Energy
- Behavior of a material is studied to asses its availability for intended purposes.
- Inability to perform intended purposes are called as failure.
Material Response To Forces
- Stress and Strain
- Elastic Deformation
- Isotropic Elasticity
- An isotropic Elasticity
- Plastic Deformation
- Fracture
All of the above mentioned topics are been discussed in very detail in the following slides.
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2K16-MSE Lec-6 Behavior of Materials.pdf
Material Science and Engineering
Assignment Should be Neat and Handmade
Submission Date / Time = 27 Oct 17 / 1400 Hours
Note:- Penalty on Late Submission is Deduction of 5 Marks from Final Result.
2k16 MSE Assignment#1.pdf
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Material Science and Engineering
In today's slides the following topics related to the material science and engineering are discussed in detail.These are
Miller and Miller-Bravais Indices of Hexagonal Closed Pack(HCP) Crystal.
Linear and Planer Densities.
X-Rays Diffractions.
Imperfactions in Material
Mechanism of Metals Strengthening
Recovery,Re-Crystallization and grain growth
above topics are discussed in detail in the following slides you can download these slides or you can just read online.
for more information related to the material science and engineering keep visiting this blog.
2k16 MSE Lec-5 Crystallography, Imperfections & Dislocations.pdf
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Material Science and Engineering
This is important lecture related to material science and engineering in which the below topics will be discussed in detailed.
- APF of HCP
- Miller Indices
- Miller indices for directions
- Miller Indices for cubic planes
- Miller Indices of HCP Planes
- Density Computation
- Polymorphism and allotrophy
- Types of solid solution.
For the detail of all the above topics you should concern with the following slides and for more detailed lecture related to material science and engineering you should follow this blog...and continue to learn with us.
2k16-MSE-Lec-3-hcp-Miller-Density-Solutions.pdf
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Material Science and Engineering
Material Science and Engineering is a very important subject for engineers especially material engineer, mechanical engineer as electrical engineer. As whether a mechanical engineer design a bridge an electrical engineer use board they will have to study the materials and their properties.
In these slides we will covers the following topics.
- Phase Diagram and it's useful terminologies
- Development of Micro structural in isomorphous alloys.
- Phase Diagram (mechanical properties dependance).It's summary of important phase transformations.
- Composition of phase Diagram.
- Phase Diagram of Pb-Sn alloys
- Irpn-Iron Carbide Phase Diagram
- Types of Iron and Steel
- Development of Micro structural in Fe-C alloys.
- Isothermal transformation Diagram
- Phase Diagram Industrial Importance.
2k16 MSE-Lec 4-Phase Diagrams.pdf
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Material Science and Engineering
This lecture is about solidification and mechanism of crystallization.As a molten metals and alloys are solidified by pouring into moulds to form casting for various purposes.
Liquid metal start converting into solid at their particular freezing temperature.More detail about this topic will be given in the below slides...
More these slides contain following topics
Classification of Solids
Poly-Crystalline Material and Grain Boundaries
Poly-Crystalline Material and Phase Boundaries
Mono Crystalline or Single Crystalline
Pattern of Crystalline Material
Hard Ball Model of Crystal
Unit Cell,Isotropy and Anisotropy
2k16-MSE-Lec-2-Solidification-Mechanism-of-Crystallization-1 (1).pdf
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Hitec Mechanical Engineering
Mechanical Engineeirng Hitec Mechanical Engineering As we know Mechanical Engineering is the branch of engineering dealing with the des...
