Automobile Engineering: Vehicle dynamics for Beginners

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Beginner

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₹ 499 3099

particular

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                                    Medium of instructions
                                    English

                                    Mode of learning
                                    Self study

                                    Mode of Delivery
                                    Video and Text Based

Introduction

Introduction
Why Study Vehicle Dynamics?

Automotive Systems

Vehicle Systems
Weight distribution and Vehicle Architecture
Types of Drives

Concepts of Automotive Engineering

Degree of Freedom and Axis Systems
Centre of Gravity
Earth Fixed co ordinate system and Euler Angles
Vehicle Attitude in Earth fixed co ordinate system
Gear Ratio
Sprung mass and Unsprung mass
Test your knowledge

Concepts of Physics

Newtons Laws of Motion
Newtons second law of Motion in rotation
D'Alemberts Principle
Centrifugal Force
Sliding Friction
Rolling resistance
Test your knowledge

Domains of Vehicle Dynamics

Domains of Vehicle Dynamics

Vehicle Loads

External Loads
Loading Cases

The Tire

Tires Intro and Mechanism of loading
Types of Slip, Lateral Slip
Rolling Resistance Reasoning
Other Tire effects
Test your knowledge

Introduction to Suspension Design

Suspension Design process
Function of suspension
Vehicle Dynamics Performance
Constituents of a suspension
What Happens if There Is No Suspension
Test your knowledge

Suspension Geometry Design

Concepts of Kinematics
Wheel Axis systems
Example to learn kinematics
Multi-Link and Double wishbone suspensions
Tie Rod and Double Wishbone system
Instant Center and Instant Axis
Constraining Axle
Swing Arm geometry
Hard points
Elastokinematics
Suspension Bushes
Steering Axis
Suspension Travel
Camber Angle
Toe Angle
Geometry and scrub radius
Roll centre Full
Steering link Geometry and Bump Steer
Camber Change Rate
Caster angle
Anti - features Intro
Anti Dive Geometry
Anti Squat and Summary
Wheel Path
Long knuckle

Longitudnal Dynamics

Tractive Force
Dynamic Force analysis of Vehicle - Free body diagram
Dynamic Force analysis of Vehicle - Free body diagram
Dynamic Force analysis - Force balance
Dynamic Force analysis -Moment balance
Dynamic Force analysis of Vehicle - Axle load transfer and cases
Dynamic Analysis - Braking performance
Braking performance- Force Balance equation
Torque Transfer and Inertia
Torque Transfer and Tractive force analysis
Torque Transfer and Tractive force analysis - Part 2
Torque Transfer and Tractive force analysis - Part 3
Torque Transfer and Tractive force analysis - Part 4
Longitudinal Slip in Acceleration and Braking
Slip ratio
Slip ratio vs Friction force
Anti lock Brakes
ABS Block diagram
Brake Design aspects

Lateral Dynamics

Lateral Dynamics and Low speed Turning
Why Ackermann Geometry
Ackermann Geometry Derivation
Ackermann geometry derivation - part 2
Ackermann steering linkage design - geometry
High Speed Turning
Understeer , Oversteer
Bicycle Model - Lateral dynamics analysis - Intro
Bicycle Model - Neutral Steer
Bicycle Model - Understeer Derivation- Part 1
Bicycle Model - Understeer Derivation- Part 2
Bicycle Model - Oversteer
What is Understeer Gradient ?
Summary - Bicycle model
Factors Affecting Understeer behaviour
Roll and its Mechanism
Roll center and Effects of Roll
Roll Stiffness Derivation
Roll - Weight transfer equation
Anti Roll Bars

Handling and Steering Performance

Prime Factors which Affect Handling
Forces generated at Tire
Road Holding and Grip
Stiff vs Soft Suspension
Steady State Handling Test
Double Lane Change test
Tuning for Handling
Steering Feel and Feedback
Steering On centre Performance
Summary - Improving Handling Performance
Steering Ratio
Turning Circle Diameter
Steering Returnability Performance

Vertical Dynamics

Introduction to Vertical Dynamics
Vibration Isolation Definition
Types of Vibrations
Stiffness
Damping
Lumped Mass system
Spring system and Natural frequency
Resonance
Vibration Isolation Design
Types of Damping
Critical Damping
Transmissability
Quarter Car Model
Sprung mass and Unsprung mass
Ride Rate and Bounce
Why Underdamping for Suspension?
Mechanism of Viscous Damping
Typical Damper and characteristics
Suspension Tuning
Motion Ratio
Ride Perception

Roll Over

Mechanism of Roll over
Static Stability factor

Bonus Section

Bonus : More resources for learning Mechanical engineering and design

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Automobile Engineering: Vehicle dynamics for Beginners

Beginner

Online

₹ 499 3099

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The syllabus

Introduction

Automotive Systems

Concepts of Automotive Engineering

Concepts of Physics

Domains of Vehicle Dynamics

Vehicle Loads

The Tire

Introduction to Suspension Design

Suspension Geometry Design

Longitudnal Dynamics

Lateral Dynamics

Handling and Steering Performance

Vertical Dynamics

Roll Over

Bonus Section

Instructors

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