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Suspension Design using ADAMS
Learn everything about Suspension System through the Suspension Design using ADAMS certification by Skill Lync. Learn from the absolute best.
Online
3 Months
₹ 7,000
Quick facts
particular | details | |
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Medium of instructions
English
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Mode of learning
Self study
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Mode of Delivery
Video Based
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Course overview
The Suspension Design using ADAMS certification course is a full package of knowledge and information related to the Suspension system and its design using ADAMS. It explains a lot of difficult and advanced Multibody Dynamics concepts namely, steering wheel simulation, wheel travel simulation, and others. This course will help its learners to start a new and effective career in vehicle dynamics/motorsport engineering.
This course The Suspension Design using ADAMS certification by Skill Lync will help its learners to understand the need for a solver for some applications, utilise the model, and process the end results. This course also deals with the analysis of car models with their fundamentals. The Suspension Design using ADAMS online course is flexible and hence easy to study and pursue. It is highly effective and helpful for the learners to have a great career ahead.
The highlights
- Flexible Course Duration Plan
- Certification from Skill Lync
- Merit certificate to the top 5% of the class
- Project based learning
- Dedicated technical support
- Undertaken by experts from industry
Course and certificate fees
Fees information
The Suspension Design using ADAMS certification fees is as follows:
Candidates need to pay the Suspension Design using ADAMS Fees as follows:
- There are 3 plans under which candidates can enroll namely, Basic, Pro, and Premium
- The basic Plan Fee is Rs. 7000 per month for two months of access
- Pro Plan Fee is Rs. 10000 for four months of access
- The premium plan Fee is Rs. 15000 for lifetime access
Suspension Design using ADAMS Fees
Head | Amount in INR |
Basic | Rs. 7000 |
Pro | Rs. 10000 |
Premium | Rs. 15000 |
Note: The fees may vary. For further details, kindly check the official website.
certificate availability
certificate providing authority
Eligibility criteria
Education
Candidates interested in this programme should be a graduate or a pursuing students in B.Tech/ B.E. in Automotive Engineering or Mechanical Engineering
Certifying Qualifying Details
Candidates post completion of the programme are entitled to receive the certificate of completion for this programme. A certificate of merit is available for the top 5% of participants.
What you will learn
Once the course is completed, the candidates will gain comprehensive knowledge in varied areas:
After completing the Suspension Design using the ADAMS certification syllabus, the candidates will have:
- Complete knowledge of the software ADAMS.
- Learners will learn all about various advanced Multibody Dynamics concepts.
- Learners will have all the required information they need to know about the fundamentals of suspension design for their vehicle.
- Core concepts of the mathematical modelling of a suspension system.
Who it is for
The Suspension Design using ADAMS certification by Skill Lync is ideal for:
- Candidates all set to learn about Aerodynamic Simulations
- Professionals who are working in Chassis Testing, Suspension product development and Multibody dynamics simulation
Professionals such as:
- Mechanical Engineer
- Automobile Engineer
- Aerospace Engineer
- Automation Test Engineer
Admission details
Candidates seeking Suspension Design using ADAMS admission must follow the given steps:
Step 1: -Go to the programme URL. Click on Enroll Now Tab.
Step 2: -Select the desired course.
Step 3: -Candidates need to fill in their name and contact details.
Step 4: -Learners need to pay the required amount to start learning.
Filling the form
The candidates can book a free demo session. After providing the contact details and then entering their specific domain. Fill in this information. The candidates can then schedule a career counselling session.
The syllabus
Week 1: Introduction
The need for suspension
Overview of suspension hardware and architecture
Week 1: Introduction to ADAMS
Software overview
Capabilities
Adams Car module overview
Motivation
Model hierarchy
Database
Adams file structure and terminology
User modes
Basic operations
Opening the program
Interface and tools overview
Loading a database
Working directory
Opening a model
Running a simple simulation
Animating and viewing results
Exploring, making changes and saving
Week 2: Suspension Kinematics
Motion of the wheel carrier
- Degrees of freedom
- No. of links
Concept of instant center
- Equivalent swing arm (front and side view)
- Instant center (front and side view)
- Instant axis of motion
Front view geometry
- Front view instant center
Front view virtual swing arm length and angle
Bump and scrub and track change
Roll center height
Kinematic roll center
Force roll center
Side view geometry
- Side view instant center
Side view virtual swing arm length and angle
Wheel center longitudinal recession
Anti characteristics
Anti-dive
Anti-lift
Anti-squat
Week 3: Steering Kinematics
Kingpin geometry
- Defining the kingpin
- Caster angle
- Mechanic trail
- Scrub radius
- Kingpin inclination
- Kingpin offsets
- Steer jacking
Low speed turning geometry
- Ackermann
- Turning circle diameter
Steering geometry error
- Ride steer
- Roll steer
- Torque steer
Steering ratio
- Tire steer angle
- C-Factor
Week 4: Ride Geometry
Wheel travel
- Metal to metal travel
- Jounce bumpers
- Rebound bumpers
Simple quarter car model
- Wheel rate
- Motion rate
- Ride rate
- Ride frequencies and flat concept
Suspension damping
- Need for damping
- Shock absorber design
- Damper characteristics
Week 5: Suspension Compliance
Need for compliance
Types of compliance
- Longitudinal (braking and traction) compliance
- Lateral (force and aligning torque) compliance
- Effect on ride and handling
Week 6: Suspension Architecture of some powerful vehicles
- McLaren MP4-12C
- Ford Fiesta (rear suspension)
- Ford Mustang GT
Week 7: Kinematics and Compliance Testing
- Purpose
- Types of tests performed
- Sample test results
Week 6: Suspension Architecture of some popular vehicles
This will help you understand how various kinematics and compliance parameters come together.
Probably not all the following vehicles will be covered - time-dependent
- Ford Mustang GT
- McLaren MP4-12C
- Ford Fiesta (rear suspension)
Week 8: ADAMS Simulations
Software Interface
- Launching ADAMS - view and car
- Launching ADAMS from working directory
- Setting up a working directory
- ADAMS help
The Database
- Publishing the Acar database
- Creating a new database
- Other database management options
- The private database
- Acar shared database
- Configuration files
- Database structure
Running a simulation, opening a model, animating and viewing results
- Animate results
- Perform parallel wheel travel
- Re-run analysis
- Zoom, pan, rotate, shaded/wireframe, icons on/off
- Change hardpoint
- Plot toe gradient
- Save model and exit
- Overlay toe gradient
- Animate
- Open McPherson strut assembly
File structure
- Building a template (will not be covered)
- Template
- Data hierarchy
- Subsystem
- Building a suspension subsystem
- Assembling the subsystems
- Building a steering subsystem
- Testing
- User modes
- Assembling the subsystems
- Assembly
The post-processor
- Creating plots with plot configuration files
- Animating results
- Exporting a plot configuration file
- All animating options
- All graph options
- Plotting results
- Test data
- Exporting files
- Result file
- Spreadsheets
- Numeric data
- Importing files
- Exporting a movie
Elements of Adams car model - steering, suspension, brakes, powertrain
- Joints
- Bushings
- Aggregate mass
- Hardpoints
- Springs
- Geometries
- Parts
- Steering assist
- Roll bars
- Other useful options
- Database navigator
- Graphical topology
- Suspension parameters
- Stoppers
- Dampers
- Tires
Types of Analysis
- Roll and vertical force
- Longitudinal
- Single wheel travel
- Opposite wheel travel
- Steering
- Dynamic loads
- Displacement driven
- External files - load cases
- Vertical
- Moments
- Lateral
- Parallel wheel travel
- Static loads
- Force driven
How it helps
Now let’s look at some of the Suspension Design using ADAMS certification benefits. This course is for learners having utmost interest in the mechanical or automotive field. Under this course, learners are taught about different fundamentals, different dynamics, different stimulation, design, specifics and others. Learners also get lifetime access and different variety of projects, assignments and ways to gain exposure. Candidates will have an edge over their counter peer and subordinates professionals. Your profile will be strengthened after adding the name of the certification to your profile. This will further aid in getting grants for Research and Development and scholarship opportunities, MS Admits and other areas.
FAQs
Apparently, there are 3 options to access this course which provides various benefits. These are - Basic, Pro and Premium.
Under this course, learners will have full access to information and databases related to software such as: - ADAMS.
The different Multibody dynamics concepts to be covered under this course are steering wheel simulation, wheel travel simulation, and others.
Yes, there are EMI options available for this course starting with no interest charge.
The programme supports all the vendors that are providing a series of services. The Support team is highly interactive.