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K.M. Kiran Babu : Course Site
Home
Courses
Intro to UAVs
UAV U2
LTA Systems
LTA Unit 1
Aircraft Design Project
ADP Exercise 1
ADP Exercise 2
ADP Exercise 3
ADP Exercise 4
ADP Exercise 5
ADP Exercise 6 and 7
ADP Exercise 8
ADP Exercise 9
ADP Exercise 10
IAD Unit 6
ASC
IEFA using CFD
CFD E1
CFD E2
Computer Programming with C++
CPP Unit 1
CPP Unit 2
CPP Unit 3
CPP Unit 4
CPP Unit 5
CPP Unit 6
Low Speed Aerodynamics
LSA U1
LSA U1 T1
LSA U1 T2
LSA U1 T3
LSA U1 T4
LSA U1 T5
LSA U2
LSA U2 T1
LSA U2 T2
LSA U2 T3
LSA U2 T4
LSA U2 T5
LSA U2 T6
LSA U2 T7
LSA U3
LSA U3 T1
LSA U3 T2
LSA U3 T3
LSA U3 T4
LSA U3 T5
LSA U3 T6
LSA U4
LSA U5
LSA U6
LSA Laboratory
LSAL Exe 1
LSAL Exe 2
LSAL Exe 3
LSAL Exe 4
LSAL Exe 5
LSAL Exe 6
LSAL Exe 7
LSAL Exe 8
LSAL Exe 9
Basic Mechanical Engineering
BME U1: Fluid Properties
BME U2: Stress & Strains in Materials
BME U3: Thermodynamics and Thermal Systems
BME U4: Introduction to Manufacturing Process
BME U5: Welding and Joining
BME U6: Power and Energy Transmission
Python Programming for Engineers
PPE - Exercise 1
PPE - Exercise 2
PPE - Exercise 3
PPE - Exercise 4
PPE - Exercise 5
PPE - Exercise 6
PPE - Exercise 7
PPE - Exercise 8
PPE - Exercise 9
PPE - Exercise 10
PPE - Exercise 11
PPE - Exercise 12
Aerospace Propulsion
Aircraft Performance
AP Unit 1
Lesson 01
AP Unit 2
AP Unit 3
Lesson 08
Lesson 09
Lesson 10
AP Unit 4
AP Unit 5
AP Unit 6
Assignments
ISE 2
Aircraft Performance Laboratory
APL Exercise 01
APL Exercise 02
APL Exercise 03
APL Exercise 04
APL Exercise 05
Helicopter Theory
HT : Unit 1
HTL1: Introduction to Helicopter
HTL2 : Evolution of Helicopters
HTL3 : Helicopter Main Rotor System and Controls
HTL4 : Helicopter Tail Rotor System
HT : Unit 2
HTL5: Momentum Theory
HTL6: Blade Element Theory
HTL7: Combined MT and BET
HTL8: Flow States of the Rotor
HTL9: Compressibility and Ground Effect
Fluid Mechanics
Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
Unit 6
ANM - Lab
ANM_Ex1
ANM_Ex2
ANM_Ex3
ANM_Ex4
ANM_Ex5
ANM_Ex6
ANM_Ex7
ANM_Ex8
ANM_Ex9
ANM_Ex10
EECE
Aircraft Systems
Unit I : Lecture Notes
Unit 2 : Lecture Notes
Unit 3: Lecture Notes
Unit 4 : Lecture Notes
Unit 5 : Lecture Notes
Multiple Choice Questions
University Question Papers & Question Bank
Class Test 1
Mid Term Test
Attendance
Mathematical Modeling and Problem Solving
OBE
Research
Research Publications
Appointment Booking
K.M. Kiran Babu : Course Site
Home
Courses
Intro to UAVs
UAV U2
LTA Systems
LTA Unit 1
Aircraft Design Project
ADP Exercise 1
ADP Exercise 2
ADP Exercise 3
ADP Exercise 4
ADP Exercise 5
ADP Exercise 6 and 7
ADP Exercise 8
ADP Exercise 9
ADP Exercise 10
IAD Unit 6
ASC
IEFA using CFD
CFD E1
CFD E2
Computer Programming with C++
CPP Unit 1
CPP Unit 2
CPP Unit 3
CPP Unit 4
CPP Unit 5
CPP Unit 6
Low Speed Aerodynamics
LSA U1
LSA U1 T1
LSA U1 T2
LSA U1 T3
LSA U1 T4
LSA U1 T5
LSA U2
LSA U2 T1
LSA U2 T2
LSA U2 T3
LSA U2 T4
LSA U2 T5
LSA U2 T6
LSA U2 T7
LSA U3
LSA U3 T1
LSA U3 T2
LSA U3 T3
LSA U3 T4
LSA U3 T5
LSA U3 T6
LSA U4
LSA U5
LSA U6
LSA Laboratory
LSAL Exe 1
LSAL Exe 2
LSAL Exe 3
LSAL Exe 4
LSAL Exe 5
LSAL Exe 6
LSAL Exe 7
LSAL Exe 8
LSAL Exe 9
Basic Mechanical Engineering
BME U1: Fluid Properties
BME U2: Stress & Strains in Materials
BME U3: Thermodynamics and Thermal Systems
BME U4: Introduction to Manufacturing Process
BME U5: Welding and Joining
BME U6: Power and Energy Transmission
Python Programming for Engineers
PPE - Exercise 1
PPE - Exercise 2
PPE - Exercise 3
PPE - Exercise 4
PPE - Exercise 5
PPE - Exercise 6
PPE - Exercise 7
PPE - Exercise 8
PPE - Exercise 9
PPE - Exercise 10
PPE - Exercise 11
PPE - Exercise 12
Aerospace Propulsion
Aircraft Performance
AP Unit 1
Lesson 01
AP Unit 2
AP Unit 3
Lesson 08
Lesson 09
Lesson 10
AP Unit 4
AP Unit 5
AP Unit 6
Assignments
ISE 2
Aircraft Performance Laboratory
APL Exercise 01
APL Exercise 02
APL Exercise 03
APL Exercise 04
APL Exercise 05
Helicopter Theory
HT : Unit 1
HTL1: Introduction to Helicopter
HTL2 : Evolution of Helicopters
HTL3 : Helicopter Main Rotor System and Controls
HTL4 : Helicopter Tail Rotor System
HT : Unit 2
HTL5: Momentum Theory
HTL6: Blade Element Theory
HTL7: Combined MT and BET
HTL8: Flow States of the Rotor
HTL9: Compressibility and Ground Effect
Fluid Mechanics
Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
Unit 6
ANM - Lab
ANM_Ex1
ANM_Ex2
ANM_Ex3
ANM_Ex4
ANM_Ex5
ANM_Ex6
ANM_Ex7
ANM_Ex8
ANM_Ex9
ANM_Ex10
EECE
Aircraft Systems
Unit I : Lecture Notes
Unit 2 : Lecture Notes
Unit 3: Lecture Notes
Unit 4 : Lecture Notes
Unit 5 : Lecture Notes
Multiple Choice Questions
University Question Papers & Question Bank
Class Test 1
Mid Term Test
Attendance
Mathematical Modeling and Problem Solving
OBE
Research
Research Publications
Appointment Booking
More
Home
Courses
Intro to UAVs
UAV U2
LTA Systems
LTA Unit 1
Aircraft Design Project
ADP Exercise 1
ADP Exercise 2
ADP Exercise 3
ADP Exercise 4
ADP Exercise 5
ADP Exercise 6 and 7
ADP Exercise 8
ADP Exercise 9
ADP Exercise 10
IAD Unit 6
ASC
IEFA using CFD
CFD E1
CFD E2
Computer Programming with C++
CPP Unit 1
CPP Unit 2
CPP Unit 3
CPP Unit 4
CPP Unit 5
CPP Unit 6
Low Speed Aerodynamics
LSA U1
LSA U1 T1
LSA U1 T2
LSA U1 T3
LSA U1 T4
LSA U1 T5
LSA U2
LSA U2 T1
LSA U2 T2
LSA U2 T3
LSA U2 T4
LSA U2 T5
LSA U2 T6
LSA U2 T7
LSA U3
LSA U3 T1
LSA U3 T2
LSA U3 T3
LSA U3 T4
LSA U3 T5
LSA U3 T6
LSA U4
LSA U5
LSA U6
LSA Laboratory
LSAL Exe 1
LSAL Exe 2
LSAL Exe 3
LSAL Exe 4
LSAL Exe 5
LSAL Exe 6
LSAL Exe 7
LSAL Exe 8
LSAL Exe 9
Basic Mechanical Engineering
BME U1: Fluid Properties
BME U2: Stress & Strains in Materials
BME U3: Thermodynamics and Thermal Systems
BME U4: Introduction to Manufacturing Process
BME U5: Welding and Joining
BME U6: Power and Energy Transmission
Python Programming for Engineers
PPE - Exercise 1
PPE - Exercise 2
PPE - Exercise 3
PPE - Exercise 4
PPE - Exercise 5
PPE - Exercise 6
PPE - Exercise 7
PPE - Exercise 8
PPE - Exercise 9
PPE - Exercise 10
PPE - Exercise 11
PPE - Exercise 12
Aerospace Propulsion
Aircraft Performance
AP Unit 1
Lesson 01
AP Unit 2
AP Unit 3
Lesson 08
Lesson 09
Lesson 10
AP Unit 4
AP Unit 5
AP Unit 6
Assignments
ISE 2
Aircraft Performance Laboratory
APL Exercise 01
APL Exercise 02
APL Exercise 03
APL Exercise 04
APL Exercise 05
Helicopter Theory
HT : Unit 1
HTL1: Introduction to Helicopter
HTL2 : Evolution of Helicopters
HTL3 : Helicopter Main Rotor System and Controls
HTL4 : Helicopter Tail Rotor System
HT : Unit 2
HTL5: Momentum Theory
HTL6: Blade Element Theory
HTL7: Combined MT and BET
HTL8: Flow States of the Rotor
HTL9: Compressibility and Ground Effect
Fluid Mechanics
Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
Unit 6
ANM - Lab
ANM_Ex1
ANM_Ex2
ANM_Ex3
ANM_Ex4
ANM_Ex5
ANM_Ex6
ANM_Ex7
ANM_Ex8
ANM_Ex9
ANM_Ex10
EECE
Aircraft Systems
Unit I : Lecture Notes
Unit 2 : Lecture Notes
Unit 3: Lecture Notes
Unit 4 : Lecture Notes
Unit 5 : Lecture Notes
Multiple Choice Questions
University Question Papers & Question Bank
Class Test 1
Mid Term Test
Attendance
Mathematical Modeling and Problem Solving
OBE
Research
Research Publications
Appointment Booking
Unit 5 :
Stability and Control
Lesson 16: Helicopter Trim and Static Stability
Lesson 17: Helicopter Dynamic Stability
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