Course Materials with audio from Subject Matter Experts, Workshops with Model Files, and Demo Videos
About this Course:
Beginner: This course teaches Adams/Car for Formula / BAJA SAE competition students. Students will learn how to customize the FSAE / BAJA database example and analyze vehicle kinematics and dynamics with Adams/Car.
Adams/Car provides built-in sub-system and system templates together with pre-defined virtual tests & maneuvers to facilitate the modeling & simulation (M&S) of suspension kinematics & dynamics as well as full-vehicle dynamics. If you are involved with vehicle engineering work at your school, especially for student competitions such as Formula SAE, Baja, Solar Car, and Hybrid or Autonomous Vehicles, then this product is likely to be of interest to you.
Adams Car software allows students to design and simulate their FSAE / BAJA vehicles to maximize their vehicle performance. With Adams Car, FSAE / BAJA teams can quickly build and test their functional virtual prototypes of complete vehicles and vehicle subsystems. FSAE / BAJA engineering teams can exercise their vehicle designs under various road conditions, performing the same tests they normally run in a test lab or on a test track, but in a fraction of time.
The video tutorials are designed to help jump-start your efforts to use Adams/Car for your student competition or other vehicle engineering project. That said, we highly recommend that you start by learning to use Adams/View and Adams/Solver so you obtain a firm grasp of multi-body dynamics fundamentals before progressing to the advanced, “gray box” M&S environment of Adams/Car. That way, if you encounter any difficulties or error messages in Adams/Car, you will have a better ability to understand what may be causing them (since Adams/Car is built on top of the foundation provided by Adams/View+Adams/Solver).
ISO Lane Change at 70 mph
Industry Standard Vehicle Dynamic Software
Industrial-strength multibody dynamic simulation software available for FREE to university FSAE and BAJA teams. Solve real-world problems using the same platform utilized by 24 out of the top 25 automobile manufacturers in the world.
Formula SAE Performance Optimization
Reduce development time and costs and improve vehicle performance using software designed specifically for vehicle dynamics and development. Optimize various parameters such as suspension stiffness or location of center of mass to improve overall vehicle performance.
Adams Car Tutorial Kit for FSAE
Learn Adams Car with tutorials designed specifically for FSAE students. These tutorials include demonstrations, video and voice narration, and step-by-step instructions for simulating your unique vehicle.
ADAMS CAR Formula SAE Colleges
- Rose-Hulman Institute of Technology
- Deggendorf Institute of Technology
- University of Birmingham
- Universidad Nacional Autonoma de Mexico
- University of Sophia
- California State University, Sacramento
- Queen’s University
- University of Windsor
- University of Texas at Arlington
- University of Idaho
- Mississippi State University
- Columbia University
- California State Polytechnic University, Pomona
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Whatever the reason, our online courses are a flexible way of learning about the automotive industry and it’s recent advances without disrupting your daily life.
Visit the course catalog to browse our offerings. In addition to searching by popularity and availability, you can also search by duration or subject to ensure you find a course that reflects your interests.
Basic understanding of physics is required. Our courses are open to all automotive enthusiasts irrespective of their educational qualifications.
All courses are delivered in english. Video lectures include english language subtitles with the option to slow down, pause, or replay lectures for better understanding and retention. Discussion boards are a critical component of each of our courses; therefore, we suggest that students have a conversational knowledge of english when pursuing our Certificate Programs.
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The course is divided into 5 weeks,3-4 hours weekly. The course is valid for 90 days from the date of joining.
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Our classes are kept small, at no more than 30 students, to better facilitate and encourage personalized interaction with the instructor and fellow participants. Your classmates come from all over the globe and contribute their global perspectives and experience. Some are currently working within the automobile while others are just beginning. All classmates share in their passion for the automobile world.
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|Incorporating ADAMS into Mechanical Engineering Courses||00:00:00|
|ADAMS 2012 Student Edition Tutorials – Installing and Introduction||00:00:00|
|ADAMS Tutorial KIT|
|AD01 – Introduction to the ADAMS CAR Course||00:00:00|
|AD02 : ADAMS Tutorials and Files||00:00:00|
|Adams For Formula SAE|
|Introduction to ADAMS Car for FSAE||00:00:00|
|ADM743 – Section 1 – Introduction||00:00:00|
|ADM743 – Section 2 – Basic Concepts||00:00:00|
|ADM743 – Section 3 – Adjusting the FSAE Database Model||00:00:00|
|ADM743 – Section 4 – Creating and Running Analyses||00:00:00|
|ADM743 – Section 5 – Modeling Custom Templates||00:00:00|
|ADAMS Car for Formula SAE Competition||00:00:00|
|ADAMS Car Suspension for BAJA|
|All Terrain Vehicle Analysis using MSC ADAMS||00:00:00|
|Improve Performance of Commercial Vehicles with Multibody Dynamics|
|Improve performance of Commercial Vehicle with Multibody Dynamics||00:00:00|
|Generating Accurate Dynamic Loads for Finite Element Analysis|
|Generate Accurate Load for Finite Element Analysis||00:00:00|
|Conduct Vehicle Safety Analysis using Adams Car|
|Conduct Vehicle Safety Analysis Using ADAMS Car||00:00:00|
|Complete Multibody Dynamics Analysis with Adams|
|2- Virtual Prototyping||00:00:00|
|3- Adams View Interface||00:00:00|
|4- Adams Postprocessor Interface Overview||00:00:00|
|5- Parts and Coordinate||00:00:00|
|6- Initial Conditions and Point Trace||00:00:00|
|8- Rotation and Friction||00:00:00|
|9- Geometry and Precise Positioning||00:00:00|
|10- Joint motion and Functions||00:00:00|
|11- Joint Primitives||00:00:00|
|12- Point Motions and System-Level Design||00:00:00|
|13- Measurements, Displacement, Functions and CAD Geometry||00:00:00|
|14- Add- on Constraints||00:00:00|
|16- Forces and Splines||00:00:00|
|18- Impact and Velocity Functions||00:00:00|
|19- Step Functions and Simulation Scripts||00:00:00|
|20- Adams Solver||00:00:00|
|21- Sensors and Design Variables||00:00:00|
|22- Splines and Constraints||00:00:00|
|23- Multi-Component Forces and Design Studies||00:00:00|
|24- FE_PART Geometry Nonlinearity||00:00:00|
|25- Recommended Practices||00:00:00|
|Front Suspension Modelling in ADAMS Car||00:00:00|
|Vehicle Dynamics Analysis Using ADAMS Car||00:00:00|
|Suspension System Test in ADAMS View||00:00:00|
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