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3rd Semester MSD
Click Below to download the course material running in 3rd Semester:
1. Design of Tribosystems (MSD 301)
a. Syllabus b. UNIT I Lecture Notes c. Assignment 1 d. UNIT II Reference Notes e. Assignment 2 f. E-book for reference
(Course Material supplied by Dr Mukund Dutt Sharma)
2. Advanced Engine Design (MSD-302)
a. Lecture 1: Topic : Classifications Of Internal Combustion Engines
b. Lecture 2: Topic: Engine Design And Operating Parameters
c. Lecture 3: Topic Engine Design And Operating Parameters Contined
d. Lecture 4: Topic Engine Design And Operating Parameters Contined
e. Lecture 5 - Engine Design and Operating Parameters Continued - 29-09-2020
f. Lecture 6 - Topic Estimating Engine Displacement Volume Required - 30-09-2020
g. Topic: Diagrams and Figures for the Lecture 1:Classifications of IC Engines PAGE 1 2 3 4 5
h. Lecture 6 - Estimating Engine Displacement Volume Required - 01-10-2020
i. Lecture 7 - Topic Design Of A Sports Car Engine - Objective Estimate Engine Displacement Volume Required - 01-10-2020
j. Lecture 8 - Topic Design of Diesel Passenger Car Engine - Objective Estimate Engine Displacement Volume - 05-10-2020
k. Lecture 9 - Design Of A Turbocharged Diesel Engine For A Passenger Car - Objective Estimate Engine Displacement Volume Required-06-10-2020
l. Lecture 10 - Topic Design of A Heavy Duty Truck Engine- Objective - Estimate The Engine Displacement Volume Required - 05-10-2020
m. Lecture 11 - Topic Determination of Number of Cylinders In an Engine
n. Lecture 12 - Topic Layout of Engine Cylinders - 13-10-2020
o. Lecture 13 - Balancing of Mechanical Forces in Internal Combustion Engines - Topic Vibration Fundamentals as Applied To Internal
p. Lecture 14 Balancing of Mechanical Forces in Internal Combustion Engines - Topic Balancing of Rotating Forces In Internal Combustion Engines - 19-10-2020
q. Figures 1 - Topic Balancing of Rotating Forces in Internal Combustion Engines - 19-10-2020
r. Figures 2 - Topic Balancing of Rotating Forces in Internal Combustion Engines - 19-10-2020
s. Lecture 15 Balancing of Mechanical Forces In Internal Combustion Engines - Topic Balancing of Reciprocating Forces in Internal Combustion Engines - Autumn Semester - 22-10-2020
t. Lecture 16 Balancing of Mechanical Forces in I C Engines - Topic Balancing of Forces in Multi-Cylinder Engines - Autumn Semester - 26-10-2020
u. Lecture 17 Engine Design - Topic Bore to Stroke Ratio Optimization in Internal Combustion Engines - Autumn Semester 2020 - Dated 27-10-2020
v. Lecture 18 Alternative Fuels For I C Engines - Topic Ethanol - Autumn Semester 2020 - Dated 28-10-2020
w. Lecture 19 - Alternative Fuels For Spark Ignition Engines - Topic Natural Gas - CNG - Autumn Semester - 29-10-2020
x. Lecture 20 - Alternative Fuels For Compression Ignition Engines - Topic - Biodiesel - Soybean Methyl Ester - Autumn Semester - 02-11-2020
y. Award Roll - Mid Term Examination - 3rd Semester - M Tech . Mechanical Systems Design - Subject - Advanced Engine Design - Autumn Semester 2020 i. AWARD ROLL - MID TERM EXAM - 3RD SEM - M TECH - MSD - AED - and - Pre PhD - 23-11-2020 - FINAL ii. AWARD ROLL - WITH QUESTION WISE MARKS AND SHORTCOMINGS - MID TERM EXAM - 3RD SEM - M TECH - MSD - AED - and - Pre PhD - 23-11-2020 - FINAL
z. 1. Lecture 21 – Pollution Formation And Control From I C Engines – Topic Nature and Extent of Problem - Autumn Semester – 04-11-2020
z. 2. Lecture 23 – Electronic Fuel Injection System For I C Engines - Topic Main Components - 16-11-2020
z. 3. Lecture 24 – Advantages of Electronic Fuel Injection System For I C Engines- 17-11-2020
z. 4. Lecture 25 – Emissions reduction from internal combustion engines – Topic Exhaust Gas Treatment – 18-11-2020
z. 5. Lecture 26 – Technology used for Emissions reduction in internal combustion engines – Topic Catalytic Convertors - 19-11-2020
z. 6. Lecture 27 – Technology used for Emissions reduction in internal combustion engines – Topic Oxidation Catalysts – 23-11-2020
z.7 Lecture 28
z.8. Lecture 29
z.9 Lecture 30
(Course Material supplied by Prof M Marouf Wani)