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Concept Design of a Double Wishbone Suspension system
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Introduction
Basics of suspensions and 4 Bar linkage
Construction
Dependent and independent suspension and Types
Design process and methodology
Design requirements and design parameters
Manufacturing and Materials
Vehicle specifications and suspension travel
Wheel reference and setting Wheel co ordinates in CAD
Locating points in 3D
Locating the Wheel end
Ball pins and Considerations for Steering knuckle design
Locating and design of Pivots of suspension
Locating Steering points
Locating shock absorber points
Design of Upper control arm
Design of UCA - CAD workflow
Design of Lower control arm
Design of LCA - CAD workflow
Design of Shock absorber assembly
Untitled lesson
Introduction to Calculations
Ride frequency intro
Definitions - Ride Rate and Wheel centre rate
Arriving at initial Wheel center Rate and Ride rate
Calculating Ride frequency of sprung mass and unsprung mass
Motion Ratio and its equation
Creating a Parametric Sketch for Kinematics of suspension- Part 1
Creating a Parametric Sketch for Kinematics of suspension- Part 2
Deriving motion ratio from articulation study of parametric sketch
Coil spring Design Part 1
Coil Spring Design Part 2
Specifying the damper and intro to damping co efficient
Critical Damping, Damping ratio and why underdamping ?
Damping curve and Specifying Damper lengths
Affect of unsprung mass in Damping
Calculating Roll stiffness
Calculating Caster King pin inclination and Scrub radius
Finding location of Roll centre in Front view
Anti Dive feature and calculations
Bump Steer calculations Part 1
Bump Steer calculations Part 2
Force analysis Part 1
Force analysis of Wheel end, Force triangle in CAD
Force analysis of LCA , CAD workout and complete force system
Introduction
Introduction
Preview
Basics of suspensions and 4 Bar linkage
Preview
Construction
Dependent and independent suspension and Types
Design process and methodology
Design requirements and design parameters
Manufacturing and Materials
Project walkthrough
Vehicle specifications and suspension travel
Wheel reference and setting Wheel co ordinates in CAD
Locating points in 3D
Locating the Wheel end
Ball pins and Considerations for Steering knuckle design
Locating and design of Pivots of suspension
Locating Steering points
Locating shock absorber points
Design of Upper control arm
Design of UCA - CAD workflow
Design of Lower control arm
Design of LCA - CAD workflow
Design of Shock absorber assembly
Calculations- Analysis
Untitled lesson
Introduction to Calculations
Ride frequency intro
Definitions - Ride Rate and Wheel centre rate
Arriving at initial Wheel center Rate and Ride rate
Calculating Ride frequency of sprung mass and unsprung mass
Motion Ratio and its equation
Creating a Parametric Sketch for Kinematics of suspension- Part 1
Creating a Parametric Sketch for Kinematics of suspension- Part 2
Deriving motion ratio from articulation study of parametric sketch
Coil spring Design Part 1
Coil Spring Design Part 2
Specifying the damper and intro to damping co efficient
Critical Damping, Damping ratio and why underdamping ?
Damping curve and Specifying Damper lengths
Affect of unsprung mass in Damping
Calculating Roll stiffness
Calculating Caster King pin inclination and Scrub radius
Finding location of Roll centre in Front view
Anti Dive feature and calculations
Bump Steer calculations Part 1
Bump Steer calculations Part 2
Force analysis Part 1
Force analysis of Wheel end, Force triangle in CAD
Force analysis of LCA , CAD workout and complete force system
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