15CR62T: Advanced Ceramics Ceramics 6th Sem Syllabus for Diploma DTE Karnataka C15 Scheme

Advanced Ceramics detail DTE Kar Diploma syllabus for Ceramics Engineering (CR), C15 scheme is extracted from DTE Karnataka official website and presented for diploma students. The course code (15CR62T), and for exam duration, Teaching Hr/week, Practical Hr/week, Total Marks, internal marks, theory marks, duration and credits do visit complete sem subjects post given below. The syllabus PDFs can be downloaded from official website.

For all other ceramics 6th sem syllabus for diploma c15 scheme dte karnataka you can visit Ceramics 6th Sem Syllabus for Diploma C15 Scheme DTE Karnataka Subjects. The detail syllabus for advanced ceramics is as follows.

Pre-requisites:

Basics of Ceramics, glass, ceramic raw materials, ceramic machinery.

Course Objectives:

Student should able to categorize different advanced ceramic materials and products with their distinguishing properties and application

Course Outcomes:

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1. Electronic Ceramics:

Definition, properties and uses of Ceramic substrates and capacitor dielectrics in electronics, manufacturing of ceramic capacitors. Working principle of piezoelectric ceramics, its properties and its field of application. Operating mechanism of optical ceramics (Laser, electro optical components, voltage-variablel) with properties and application. Construction and working of conductive ceramics – thermistor, varistors with their working parameters / properties and uses. Mention ceramic material used in above said electronic components. Definition and application of oxygen sensor, NOx sensor, and knock sensors. Working of Hall effect sensors and its applications.

2. Ferrites:

Definition of ferrites with their classification. Definition of hard and soft ferrites, comparison between hard and soft ferrites, batch recipe calculations for hard and soft ferrites, manufacture of soft & hard ferrite with a flow chart. Difference between hard isotropic and hard anisotropic ferrites, properties and application of soft and hard ferrite.

3. Wear resistant wares:

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4. Ceramics for medical & filtration.

Definition of Bio-ceramics, Types of Bio Ceramics – Bioinert, Biodegradable & Bioactive ceramics with definition and examples, Ceramic materials for artificial bone and joints, definition of dental ceramics, manufacturing of artificial teeth, their properties and application.
Definition and mechanism of membrane for filtration, classification of separation process with technical parameters, comparison between organic and inorganic membranes. General preparation of ceramic membrane with their applications. Definition, manufacturing, properties and applications of cordierite honeycomb catalytic convertor. Understand 3D printing technology for shaping of advanced technical ceramics.

5. Composites:

Definition of composites, describe components of composites (matrix, reinforcing materials), types of composites with examples (product and raw material), general manufacturing of composite material, technical datasheets of different composites, their applications, comparison between composites, ceramics and metals.

6. Glass ceramics:

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Reference Books:

1. Advanced ceramics processing & technology V.1 – GP Binner
2. Advanced industrial ceramics –
3. Ceramics and composite materials – BM Caruta
4. Processing & Properties of advanced Ceramics & Composites- Narottam P. Bansal, J.P.Singh
5. Advances in Bio ceramic and porous ceramics – Roger Narayan, Paolo Colombo
6. Advanced ceramic – vol-1 Bioceramic – James F Shackelford
7. Electroceramics –Second Ed – A.J Moulson & J M Horbort
8. Technology of Glass and Ceramics – Jan Hlavac, Eslevier Scientific

Suggested Student Activity

1. Surf the internet/ media and find recent advancements in bio ceramics, and make report on the same.
2. Collect details regarding different ceramic sensors and make a report on the same.
3. Make a report on whisker ceramics their use and characteristics and make a report on the same.
4. Make list of different glass-ceramic products with their applications.
5. Surf the internet and get details on ceramic for military applications.
6. Collect information on use of ceramic products in super conductors.
7. Collect information on use of ceramic products in aerospace.
8. Collect information on use of ceramic products in Automotives.
9. Collect information on abrasion resistant coatings in hydro power generation.

Note: Student should prepare hand written report with minimum 2-3 pages and reports should not be copiedfrom earlier batches. And other similar tasks can be assigned.

Model Question Paper:

(CIE)

1. List physical mechanical and electrical properties of electronic ceramic.
2. Describe the operating mechanism of ceramic thermistor.

OR Illustrate the working of Hall Effect sensor.

3. Define ferrites & list its applications.
4. Differentiate hard and soft ferrite.

OR Manufacturing of Soft Ferrite

Model Question Paper:

(SEE)

Part-A

Answer any 6 of the following 6×5=30 marks

1. Define piezo electricity & list few applications of piezo electric ceramic materials. C1
2. Generalize the working of Hall Effectin sensors. C1
3. Define ceramic capacitors and list the properties. C1
4. Tell abouthard and soft ferrite C2
5. Name different ceramic materials used in abrasion resistant wares. C3
6. List the properties of cordierite for honey comb filters C4
7. Draw the flowchart for manufacturing of artificial teeth C4
8. Describe components of composites. C5
9. State glass ceramics & its applications. C6

PART-B

Answer any 7 of the following 7×10 =30 marks

1. Generalize the working of Hall Effect sensor. 4 C1
2. Explain the manufacturing of ceramic capacitors, 6 C1
1. Write the different types of sensors 5 C1
2. Compare between hard and soft ferrites 5 C2
3. Draw and explain the neat flowchart for manufacturing of soft ferrite 10 C2
1. Describe isotropic character with respect to ferrite. 5 C2
2. Describe thread guides and list the material used in its manufacture. 5 C3
1. Illustrate manufacturing process of abrasive grinding wheel. 7 C3
2. State the uses of Tungeston Carbide. 3 C3
1. Discuss the uses of SiAlON’s. 5 C3
2. Differentiate Bio-inert and Bioactive ceramics. 5 C4
1. List the properties of cordierite for honey comb filters 5 C4
2. List the application of ceramic membranes 5 C4
1. Illustrate the working of catalytic convertor 5 C4
2. Compare the properties of composites and ceramics. 5 C5
1. Describe Composites with examples. 4 C5
2. Illustrate the components of composites. 6 C5
1. Describe the mechanism of crystallization in glass ceramics
2. Compare glass with glass ceramics.

For detail syllabus of all other subjects of BE Ceramics, C15 scheme do visit Ceramics 6th Sem syllabus for C15 scheme.

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