Канал: Sakthivel P

Engineering Mechanics Lecture No 45f (WEM- Homework Prob.)

Engineering Mechanics Lecture No 45f (WEM- Homework Prob.)

Engineering Mechanics Lecture No 45f (WEP - Prob. 2)

Engineering Mechanics Lecture No 45f (WEP - Prob. 2)

Engineering Mechanics Lecture No 45d (Impulse and Linear Momentum Principle)

Engineering Mechanics Lecture No 45d (Impulse and Linear Momentum Principle)

Engineering Mechanics Lecture No 45c (Work and Energy Principle)

Engineering Mechanics Lecture No 45c (Work and Energy Principle)

Engineering Mechanics Lecture No 45b (Newton's Second Law)

Engineering Mechanics Lecture No 45b (Newton's Second Law)

Engineering Mechanics Lecture No 45a (Kinetics of Particles-recap)

Engineering Mechanics Lecture No 45a (Kinetics of Particles-recap)

Engineering Mechanics Lecture No 44c (Kinetics of Particles Prob.2)

Engineering Mechanics Lecture No 44c (Kinetics of Particles Prob.2)

Engineering Mechanics Lecture No 44b (Kinetics of Particles- Prob.1)

Engineering Mechanics Lecture No 44b (Kinetics of Particles- Prob.1)

Engineering Mechanics Lecture No 44a (Kinetics of Particles Introduction)

Engineering Mechanics Lecture No 44a (Kinetics of Particles Introduction)

Engineering Mechanics Lecture No 43d (Instantaneous Center of Rotation ICR method)

Engineering Mechanics Lecture No 43d (Instantaneous Center of Rotation ICR method)

Engineering Mechanics Lecture No 43c (Relative velocity method)

Engineering Mechanics Lecture No 43c (Relative velocity method)

Engineering Mechanics Lecture No 43b (Kinematics of mechanical elements)

Engineering Mechanics Lecture No 43b (Kinematics of mechanical elements)

Engineering Mechanics Lecture No 43a (Kinematics of Rigid Bodies Introduction)

Engineering Mechanics Lecture No 43a (Kinematics of Rigid Bodies Introduction)

Engineering Mechanics Lecture No 42d (Relative motion continued)

Engineering Mechanics Lecture No 42d (Relative motion continued)

Engineering Mechanics Lecture No 42c (Relative motion)

Engineering Mechanics Lecture No 42c (Relative motion)

Engineering Mechanics Lecture No 42b (Prob.2 Projectile motion)

Engineering Mechanics Lecture No 42b (Prob.2 Projectile motion)

Engineering Mechanics Lecture No 42a (Re CAP Curvilinear translation)

Engineering Mechanics Lecture No 42a (Re CAP Curvilinear translation)

Engineering Mechanics Lecture No 41d (Projectile Motion prob.1)

Engineering Mechanics Lecture No 41d (Projectile Motion prob.1)

Engineering Mechanics Lecture No 41c (Curvilinear motion Prob.3)

Engineering Mechanics Lecture No 41c (Curvilinear motion Prob.3)

Engineering Mechanics Lecture No 41b (Curvilinear motion Prob.2)

Engineering Mechanics Lecture No 41b (Curvilinear motion Prob.2)

Engineering Mechanics Lecture No 41a (Curvilinear Translation Prob.1)

Engineering Mechanics Lecture No 41a (Curvilinear Translation Prob.1)

Engineering Mechanics Lecture No 40b (Curvilinear translation)

Engineering Mechanics Lecture No 40b (Curvilinear translation)

Engineering Mechanics Lecture No 40a (Solution to Homework Problem)

Engineering Mechanics Lecture No 40a (Solution to Homework Problem)

Engineering Mechanics Lecture No 39c (Home work problem)

Engineering Mechanics Lecture No 39c (Home work problem)

Engineering Mechanics Lecture No 39b (Example problem of motion curves)

Engineering Mechanics Lecture No 39b (Example problem of motion curves)

Engineering Mechanics Lecture No 39a (Motion curves)

Engineering Mechanics Lecture No 39a (Motion curves)

Engineering Mechanics Lecture No 38 (Introduction to Dynamics)

Engineering Mechanics Lecture No 38 (Introduction to Dynamics)

Engineering Mechanics Lecture 37b (Virtual work method-Ex. Prob.3)

Engineering Mechanics Lecture 37b (Virtual work method-Ex. Prob.3)

Engineering Mechanics Lecture 37a (Virtual work method-Ex Prob.2)

Engineering Mechanics Lecture 37a (Virtual work method-Ex Prob.2)

Engineering Mechanics Lecture 36b (Virtual work method-Ex Prob.1)

Engineering Mechanics Lecture 36b (Virtual work method-Ex Prob.1)

Engineering Mechanics Lecture 36a (Virtual Work & Virtual Work Method)

Engineering Mechanics Lecture 36a (Virtual Work & Virtual Work Method)

Engineering Mechanics Lecture 35c (Mass moment of inertia for a cone)

Engineering Mechanics Lecture 35c (Mass moment of inertia for a cone)

Engineering Mechanics Lecture 35b (Derivation of mass moment of inertia)

Engineering Mechanics Lecture 35b (Derivation of mass moment of inertia)

Engineering Mechanics Lecture 35a (Mass moment of inertia)

Engineering Mechanics Lecture 35a (Mass moment of inertia)

Engineering Mechanics Lecture 34a (ReCAP Section properties)

Engineering Mechanics Lecture 34a (ReCAP Section properties)

Engineering Mechanics Lecture 33f (CAT2 Prob.6)

Engineering Mechanics Lecture 33f (CAT2 Prob.6)

Engineering Mechanics Lecture 33e (CAT 2 Prob.5)

Engineering Mechanics Lecture 33e (CAT 2 Prob.5)

Engineering Mechanics Lecture 33d (CAT2 Prob.4)

Engineering Mechanics Lecture 33d (CAT2 Prob.4)

Engineering Mechanics Lecture 33c (CAT2 Prob.3)

Engineering Mechanics Lecture 33c (CAT2 Prob.3)

Engineering Mechanics Lecture 33b (CAT 2 Prob.2)

Engineering Mechanics Lecture 33b (CAT 2 Prob.2)

Engineering Mechanics Lecture 33a (CAT 2 Prob.1)

Engineering Mechanics Lecture 33a (CAT 2 Prob.1)

Engineering Mechanics Lecture 32 (Product of Inertia and Principal Moment of Inertia)

Engineering Mechanics Lecture 32 (Product of Inertia and Principal Moment of Inertia)

Engineering Mechanics Lecture 31 (Classical problem on Area moment of Inertia)

Engineering Mechanics Lecture 31 (Classical problem on Area moment of Inertia)

Engineering Mechanics Lecture 30b (Second Moment of Area Formulae)

Engineering Mechanics Lecture 30b (Second Moment of Area Formulae)

Engineering Mechanics Lecture 30a (Recap of Lectures 28 &29)

Engineering Mechanics Lecture 30a (Recap of Lectures 28 &29)

Engineering Mechanics Lecture 29 (Second moment of area)

Engineering Mechanics Lecture 29 (Second moment of area)

Engineering Mechanics Lecture 28c (Example problem for centroid of composite area)

Engineering Mechanics Lecture 28c (Example problem for centroid of composite area)

Engineering Mechanics Lecture 28b (Properties of composite section)

Engineering Mechanics Lecture 28b (Properties of composite section)

Engineering Mechanics Lecture 28a (Recap of lecture 27)

Engineering Mechanics Lecture 28a (Recap of lecture 27)

Engineering Mechanics Lecture 27b (Section properties)

Engineering Mechanics Lecture 27b (Section properties)

Engineering Mechanics Lecture 27a (Solution to Homework)

Engineering Mechanics Lecture 27a (Solution to Homework)

Engineering Mechanics Lecture 26 (Ladder Friction)

Engineering Mechanics Lecture 26 (Ladder Friction)

Engineering Mechanics Lecture 25 (Range of value of P for wedge friction)

Engineering Mechanics Lecture 25 (Range of value of P for wedge friction)

Engineering Mechanics Lecture 24 (Wedge Friction)

Engineering Mechanics Lecture 24 (Wedge Friction)

Engineering Mechanics Lecture 23b (Self locking principle)

Engineering Mechanics Lecture 23b (Self locking principle)

Engineering Mechanics Lecture 23a (Recap Lectures 21 & 22)

Engineering Mechanics Lecture 23a (Recap Lectures 21 & 22)

Engineering Mechanics Lecture 22 (Rolling friction & Range of value of P)

Engineering Mechanics Lecture 22 (Rolling friction & Range of value of P)

Engineering Mechanics Lecture 21 (Sliding & tipping well explained)

Engineering Mechanics Lecture 21 (Sliding & tipping well explained)

Vehicle Dynamics Lecture 45 (Quarter car model and suspension performance)

Vehicle Dynamics Lecture 45 (Quarter car model and suspension performance)

Vehicle Dynamics Lecture 44 (Road Roughness description)

Vehicle Dynamics Lecture 44 (Road Roughness description)

Vehicle Dynamics Lecture 43 (Human response to vibration and vehicle math models)

Vehicle Dynamics Lecture 43 (Human response to vibration and vehicle math models)

Vehicle Dynamics Lecture 42 (Vertical Dynamics - Introduction-Basic definitions )

Vehicle Dynamics Lecture 42 (Vertical Dynamics - Introduction-Basic definitions )

Vehicle Dynamics Lecture 41(Transient understeer gradient)

Vehicle Dynamics Lecture 41(Transient understeer gradient)

Vehicle Dynamics Lecture 40 (Effect of camber change and roll steer on Kus)

Vehicle Dynamics Lecture 40 (Effect of camber change and roll steer on Kus)

Vehicle Dynamics Lecture 39 (Rollover stability analysis)

Vehicle Dynamics Lecture 39 (Rollover stability analysis)

Vehicle Dynamics Lecture 38 (Role of suspension over vehicle roll)

Vehicle Dynamics Lecture 38 (Role of suspension over vehicle roll)

Vehicle Dynamics Lecture 37 (Static margin, Olley's criterion, Roll moment distribution)

Vehicle Dynamics Lecture 37 (Static margin, Olley's criterion, Roll moment distribution)

MEE2050 VD L48 Fall2021 22 (Recap & Magic Formula)

MEE2050 VD L48 Fall2021 22 (Recap & Magic Formula)

MEE2050 VD L47 Fall2021 22 (Cornering properties of tires-Temple & Von Schlippe Model)

MEE2050 VD L47 Fall2021 22 (Cornering properties of tires-Temple & Von Schlippe Model)

MEE2050 VD L46 Fall2021 22 (Julien's Tire model for traction and braking)

MEE2050 VD L46 Fall2021 22 (Julien's Tire model for traction and braking)

MEE2050 VD L45 Fall2021 22 (Simplified Julien's theory for tire road interaction)

MEE2050 VD L45 Fall2021 22 (Simplified Julien's theory for tire road interaction)

MEE2050 VD L44 Fall2021 22 (Tractive effort Vs Slip & Braking effort Vs Skid)

MEE2050 VD L44 Fall2021 22 (Tractive effort Vs Slip & Braking effort Vs Skid)

MEE2050 VD L43 Fall2021 22 (Rolling Resistance)

MEE2050 VD L43 Fall2021 22 (Rolling Resistance)

MEE2050 VD L42 Fall2021 22 (Recap & Introduction to Tire Mechanics)

MEE2050 VD L42 Fall2021 22 (Recap & Introduction to Tire Mechanics)

MEE2050 VD L41 Fall2021 22 (Anti-Lock Brake system)

MEE2050 VD L41 Fall2021 22 (Anti-Lock Brake system)

MEE2050 VD L40 Fall2021 22 (Ideal Braking Force distribution)

MEE2050 VD L40 Fall2021 22 (Ideal Braking Force distribution)

MEE2050 VD L39 Fall2021 22 (Braking performance of two axle vehicle)

MEE2050 VD L39 Fall2021 22 (Braking performance of two axle vehicle)

MEE2050 VD L38 Fall2021 22 (Design of Manual Gear Transmission System)

MEE2050 VD L38 Fall2021 22 (Design of Manual Gear Transmission System)

MEE2050 VD L37 Fall2021 22 (Power plant and transmission requirement)

MEE2050 VD L37 Fall2021 22 (Power plant and transmission requirement)

MEE2050 VD L36 Fall2021 22 (Longitudinal Dynamics Introduction)

MEE2050 VD L36 Fall2021 22 (Longitudinal Dynamics Introduction)

MEE2050 VD L35 Fall2021 22 (Roll over stability analysis)

MEE2050 VD L35 Fall2021 22 (Roll over stability analysis)

MEE2050 VD L34 Fall2021 22 (Routh's Stability Criterion)

MEE2050 VD L34 Fall2021 22 (Routh's Stability Criterion)

MEE2050 VD L33 Fall2021 22 (Transfer function from state equation)

MEE2050 VD L33 Fall2021 22 (Transfer function from state equation)

MEE2050 VD L32 Fall2021 22 (Yaw plane model for vehicle stability-Introduction)

MEE2050 VD L32 Fall2021 22 (Yaw plane model for vehicle stability-Introduction)

MEE2050 VD L31 Fall2021 22 (Recap & Vehicle Stability)

MEE2050 VD L31 Fall2021 22 (Recap & Vehicle Stability)

MEE2050 VD L30 Fall2021 22 (Effect of tractive force on Under steer gradient)

MEE2050 VD L30 Fall2021 22 (Effect of tractive force on Under steer gradient)

MEE2050 VD L29 Fall2021 22 (Effect of camber change and roll steer on Kus)

MEE2050 VD L29 Fall2021 22 (Effect of camber change and roll steer on Kus)

MEE2050 VD L28 Fall2021 22 (Effect of lateral load transfer on Kus)

MEE2050 VD L28 Fall2021 22 (Effect of lateral load transfer on Kus)

MEE2050 VD L27 Fall2021 22 (Suspension effect on cornering)

MEE2050 VD L27 Fall2021 22 (Suspension effect on cornering)

MEE2050 VD L26b Fall2021 22 (Static Margin, Olley's Definition)

MEE2050 VD L26b Fall2021 22 (Static Margin, Olley's Definition)

MEE2050 VD L26a Fall2021 22 (closed loop and Open loop vehicle system)

MEE2050 VD L26a Fall2021 22 (closed loop and Open loop vehicle system)

MEE2050 VD L25 Fall2021 22 (Low Speed Cornering)

MEE2050 VD L25 Fall2021 22 (Low Speed Cornering)

MEE2050 VD L24 Fall2021 22 (Steady state gains)

MEE2050 VD L24 Fall2021 22 (Steady state gains)

MEE2050 VD L23 Fall2021 22 (Transfer functions for lateral dynamics)

MEE2050 VD L23 Fall2021 22 (Transfer functions for lateral dynamics)

MEE2050 VD L22 Fall2021 22 (Handling Tests)

MEE2050 VD L22 Fall2021 22 (Handling Tests)

MEE2050 VD L21 Fall2021 22 (Steady state cornering)

MEE2050 VD L21 Fall2021 22 (Steady state cornering)

MEE2050 VD L20 Fall2021 22 (Bi-cycle model for pure cornering)

MEE2050 VD L20 Fall2021 22 (Bi-cycle model for pure cornering)

MEE2050 VD L19 Fall2021 22 (Lateral Dynamics of ground vehicles)

MEE2050 VD L19 Fall2021 22 (Lateral Dynamics of ground vehicles)

MEE2050 VD L18 Fall2021 22 (Governing equations for vehicle in space)

MEE2050 VD L18 Fall2021 22 (Governing equations for vehicle in space)

MEE2050 VD L17 Fall2021 22 (CAT 1 solution)

MEE2050 VD L17 Fall2021 22 (CAT 1 solution)

MEE2050 VD L16 Fall2021 22 (Active and Semi-active suspension)

MEE2050 VD L16 Fall2021 22 (Active and Semi-active suspension)

MEE2050 VD L15 Fall2021 22 (Road model)

MEE2050 VD L15 Fall2021 22 (Road model)

MEE2050 VD L14 Fall2021 22 (Pitch and Bounce Model)

MEE2050 VD L14 Fall2021 22 (Pitch and Bounce Model)

MEE2050 VD L13 Fall2021 22 (Quarter Car Model)

MEE2050 VD L13 Fall2021 22 (Quarter Car Model)

MEE2050 VD L12 Fall2021 22 (Ride Dynamics Introduction)

MEE2050 VD L12 Fall2021 22 (Ride Dynamics Introduction)

MEE2050 VD L11 Fall2021 22

MEE2050 VD L11 Fall2021 22

MEE2050 VD L10 Fall2021 22

MEE2050 VD L10 Fall2021 22

MEE6025 Vehicle Crashworthiness Lecture 27

MEE6025 Vehicle Crashworthiness Lecture 27

MEE6025 Vehicle Crashworthiness Lecture 26

MEE6025 Vehicle Crashworthiness Lecture 26

MEE6025 Vehicle Crashworthiness Lecture 25b

MEE6025 Vehicle Crashworthiness Lecture 25b

MEE6025 Vehicle Crashworthiness Lecture 25a (ReCAP of the course)

MEE6025 Vehicle Crashworthiness Lecture 25a (ReCAP of the course)

MEE2050 VD L9 Fall2021 22

MEE2050 VD L9 Fall2021 22

MEE2050 VD L8 Fall2021 22

MEE2050 VD L8 Fall2021 22

MEE2050 VD L7 Fall2021 22

MEE2050 VD L7 Fall2021 22

MEE2050 VD L6 Fall2021 22

MEE2050 VD L6 Fall2021 22

MEE6025 Vehicle Crashworthiness Lecture 23

MEE6025 Vehicle Crashworthiness Lecture 23

MEE2050 VD L5 Fall2021 22

MEE2050 VD L5 Fall2021 22

MEE6025 Vehicle Crashworthiness Lecture 22

MEE6025 Vehicle Crashworthiness Lecture 22

MEE2050 VD L4 Fall2021 22

MEE2050 VD L4 Fall2021 22

MEE6025 Vehicle Crashworthiness Lecture 21

MEE6025 Vehicle Crashworthiness Lecture 21

MEE2050 VD L3 Fall2021 22

MEE2050 VD L3 Fall2021 22

MEE2050 VD L2 Fall2021 22

MEE2050 VD L2 Fall2021 22

MEE6025 Vehicle Crashworthiness Lecture 20

MEE6025 Vehicle Crashworthiness Lecture 20

MEE6025 Vehicle Crashworthiness Lecture 19

MEE6025 Vehicle Crashworthiness Lecture 19

MEE6025 Vehicle Crashworthiness Lecture 18

MEE6025 Vehicle Crashworthiness Lecture 18

MEE6025 Vehicle Crashworthiness Lecture 17

MEE6025 Vehicle Crashworthiness Lecture 17

MEE6025 Vehicle Crashworthiness Lecture 16

MEE6025 Vehicle Crashworthiness Lecture 16

MEE6025 Vehicle Crashworthiness Lecture 15

MEE6025 Vehicle Crashworthiness Lecture 15

MEE2050 VD L1 Fall2021 22

MEE2050 VD L1 Fall2021 22

MEE6025 Vehicle Crashworthiness Lecture 14

MEE6025 Vehicle Crashworthiness Lecture 14

MEE6025 Vehicle Crashworthiness Lecture 13

MEE6025 Vehicle Crashworthiness Lecture 13

MEE6025 Vehicle Crashworthiness Lecture 12

MEE6025 Vehicle Crashworthiness Lecture 12

MEE6025 Vehicle Crashworthiness Lecture 11

MEE6025 Vehicle Crashworthiness Lecture 11

MEE6025 Vehicle Crashworthiness Lecture 10

MEE6025 Vehicle Crashworthiness Lecture 10

MEE6025 Vehicle Crashworthiness Lecture 9

MEE6025 Vehicle Crashworthiness Lecture 9

MEE6025 Vehicle Crashworthiness Lecture 8

MEE6025 Vehicle Crashworthiness Lecture 8

MEE6025 Vehicle Crashworthiness Lecture 7

MEE6025 Vehicle Crashworthiness Lecture 7

MEE6025 Vehicle Crashworthiness Lecture 6

MEE6025 Vehicle Crashworthiness Lecture 6

MEE6025 Vehicle Crashworthiness Lecture 5

MEE6025 Vehicle Crashworthiness Lecture 5

MEE6025 Vehicle Crashworthiness Lecture 4

MEE6025 Vehicle Crashworthiness Lecture 4

MEE6025 Vehicle Crashworthiness Lecture 3

MEE6025 Vehicle Crashworthiness Lecture 3

MEE6025 Vehicle Crashworthiness Lecture 2

MEE6025 Vehicle Crashworthiness Lecture 2

MEE6025 Vehicle Crashworthiness Lecture 1

MEE6025 Vehicle Crashworthiness Lecture 1

Vehicle Dynamics Lecture 36 (Mimuro Metric Plot)

Vehicle Dynamics Lecture 36 (Mimuro Metric Plot)

Vehicle Dynamics Lecture 35 (Recap & Attributes of transient response study)

Vehicle Dynamics Lecture 35 (Recap & Attributes of transient response study)

Vehicle Dynamics Lecture 34 (Transient response of second order system)

Vehicle Dynamics Lecture 34 (Transient response of second order system)

Vehicle Dynamics Lecture 33 (Transient response of first order system)

Vehicle Dynamics Lecture 33 (Transient response of first order system)

Vehicle Dynamics Lecture 32 (Routh's Stability Criterion)

Vehicle Dynamics Lecture 32 (Routh's Stability Criterion)

Vehicle Dynamics Lecture 31(Vehicle Stability in yaw plane)

Vehicle Dynamics Lecture 31(Vehicle Stability in yaw plane)

Vehicle Dynamics Lecture 30 (Transfer function from control theory)

Vehicle Dynamics Lecture 30 (Transfer function from control theory)

Vehicle Dynamics Lecture 28&29 (Vehicle Handling Tests)

Vehicle Dynamics Lecture 28&29 (Vehicle Handling Tests)

Vehicle Dynamics Lecture 27 (Transfer functions, Frequency response functions & Steady state gains)

Vehicle Dynamics Lecture 27 (Transfer functions, Frequency response functions & Steady state gains)

Vehicle Dynamics Lecture 26 (Characteristic Polynomial)

Vehicle Dynamics Lecture 26 (Characteristic Polynomial)

Vehicle Dynamics Lecture 25 (Pure cornering)

Vehicle Dynamics Lecture 25 (Pure cornering)

Vehicle Dynamics Lecture 24(Steady state cornering & Vehicle tendency)

Vehicle Dynamics Lecture 24(Steady state cornering & Vehicle tendency)

Vehicle Dynamics Lecture 23 (Bi-Cycle Model)

Vehicle Dynamics Lecture 23 (Bi-Cycle Model)

Vehicle Dynamics Lecture 22 (General Frame Work for equation of motions)

Vehicle Dynamics Lecture 22 (General Frame Work for equation of motions)

Engineering Mechanics Lecture 20 (Dry Friction)

Engineering Mechanics Lecture 20 (Dry Friction)

Vehicle Dynamics Lecture 21 (Introduction to Lateral Dynamics)

Vehicle Dynamics Lecture 21 (Introduction to Lateral Dynamics)

Engineering Mechanics Lecture 19 (Class IV frame problem)

Engineering Mechanics Lecture 19 (Class IV frame problem)

Vehicle Dynamics Lecture 20 (Anti Lock Braking)

Vehicle Dynamics Lecture 20 (Anti Lock Braking)

Engineering Mechanics Lecture 18 (Class I frame analysis)

Engineering Mechanics Lecture 18 (Class I frame analysis)

Vehicle Dynamics Lecture 19 (Tyre Dynamics for Vehicle Braking)

Vehicle Dynamics Lecture 19 (Tyre Dynamics for Vehicle Braking)

Clean Environment

Clean Environment

Engineering Mechanics Lecture 17 (Classification of Frames and their analysis)

Engineering Mechanics Lecture 17 (Classification of Frames and their analysis)

Vehicle Dynamics Lecture 18 (Braking performance continued)

Vehicle Dynamics Lecture 18 (Braking performance continued)

Vehicle Dynamics Lecture 17 (Braking Performance continued)

Vehicle Dynamics Lecture 17 (Braking Performance continued)

Engineering Mechanics Lecture 16 (CAT 1 Problems continued)

Engineering Mechanics Lecture 16 (CAT 1 Problems continued)

Vehicle Dynamics Lecture 16 (Braking performance)

Vehicle Dynamics Lecture 16 (Braking performance)

Engineering Mechanics Lecture 15 (CAT 1 problems)

Engineering Mechanics Lecture 15 (CAT 1 problems)

Vehicle Dynamics Lecture 15 (Power Plant and Transmission Characteristics)

Vehicle Dynamics Lecture 15 (Power Plant and Transmission Characteristics)

Vehicle Dynamics Lecture 14b (Maximum tractive effort)

Vehicle Dynamics Lecture 14b (Maximum tractive effort)

Engineering Mechanics Lecture 13b (Zero force members)

Engineering Mechanics Lecture 13b (Zero force members)

Vehicle Dynamics Lecture 14a (Vehicle Performance)

Vehicle Dynamics Lecture 14a (Vehicle Performance)

Engineering Mechanics Lecture 13a

Engineering Mechanics Lecture 13a

Vehicle Dynamics Lecture 13 (Tire for Ride)

Vehicle Dynamics Lecture 13 (Tire for Ride)

Engineering Mechanics Lecture 12b

Engineering Mechanics Lecture 12b

Vehicle Dynamics Lecture 12c (Hydroplaning)

Vehicle Dynamics Lecture 12c (Hydroplaning)

Engineering Mechanics Lecture 12a

Engineering Mechanics Lecture 12a

Vehicle Dynamics Lecture 12b (Road Surface Texture)

Vehicle Dynamics Lecture 12b (Road Surface Texture)

Vehicle Dynamics Lecture 12a (Recap L1-L11)

Vehicle Dynamics Lecture 12a (Recap L1-L11)

Engineering Mechanics Lecture 11b

Engineering Mechanics Lecture 11b

Vehicle Dynamics Lecture 11

Vehicle Dynamics Lecture 11

Engineering Mechanics Lecture 11a

Engineering Mechanics Lecture 11a

Engineering Mechanics Lecture 10

Engineering Mechanics Lecture 10

Engineering Mechanics Lecture 9c

Engineering Mechanics Lecture 9c

Engineering Mechanics Lecture 9b

Engineering Mechanics Lecture 9b

Vehicle Dynamics Lecture 10

Vehicle Dynamics Lecture 10

Engineering Mechanics Lecture 9a (Two important concepts of static equilibrium)

Engineering Mechanics Lecture 9a (Two important concepts of static equilibrium)

Engineering Mechanics Lecture 8c

Engineering Mechanics Lecture 8c

Engineering Mechanics Lecture 8b

Engineering Mechanics Lecture 8b

Engineering Mechanics Lecture 8a

Engineering Mechanics Lecture 8a

Vehicle Dynamics Lecture 9b

Vehicle Dynamics Lecture 9b

Engineering Mechanics Lecture 7c

Engineering Mechanics Lecture 7c

Engineering Mechanics Lecture 7b # What is wrench?

Engineering Mechanics Lecture 7b # What is wrench?

Vehicle Dynamics Lecture 9a (recap for combined braking and cornering)

Vehicle Dynamics Lecture 9a (recap for combined braking and cornering)

Engineering Mechanics Lecture 7a (Equivalent force couple system in space)

Engineering Mechanics Lecture 7a (Equivalent force couple system in space)

Engineering Mechanics Lecture 7(Resultant of General space force system)

Engineering Mechanics Lecture 7(Resultant of General space force system)

Engineering Mechanics Lecture 6b (Interesting problem)

Engineering Mechanics Lecture 6b (Interesting problem)

Engineering Mechanics Lecture 6a (Shortest distance between skew lines)

Engineering Mechanics Lecture 6a (Shortest distance between skew lines)