Example Number

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Example Number	Example Description and Link	GUI Familiarity	ADAMS Experience	Virtual Prototyping Step	Animation
1	Simple pendulum creation with joint force measure.	Low	Low	Testing
2	Cam motion using a spline and curve-to-curve constraint.	Low	Low	Building
3	Example of crank-slider mechanism.	Medium	Low	Building
4	Single degree-of-freedom spring-mass system.	Medium	Low	Building
5	Example of projectile motion.	Medium	Low	Building
6	Using four-bar linkage to find part velocities.	Medium	Low	Building
7	Example of centrifuge simulation.	Medium	Low	Building
8	Crate on inclined plane with friction.	Medium	Low	Refining
9	Oscillating slider textbook problem.	Medium	Low	Building
10	Accelerating mechanism textbook problem.	Medium	Low	Building
11	Crate on inclined plane with friction and initial velocity.	Medium	Low	Refining
12	Flexible link in four-bar mechanism.	Medium	Low	Refining
13	Example of flexible cantilever beam.	Medium	Low	Refining
14	Example of revolute, spherical, and hooke joint to fix redundant constraints.	Medium	Low	Building
15	IMPACT function to model the vertical flexibility of a tire.	Low	Low	Refining
16	Simulating an impulsive force (i.e. giving your model a "whack").	Medium	Low	Refining
17	Example method of modeling cables in ADAMS.	Medium	High	Refining
18	Using the Controls Toolkit in ADAMS/View.	Medium	Medium	Refining
19	Feedback control system without using controls package elements.	Medium	Medium	Refining
20	Using assemble model tool to assemble an exploded model.	Medium	Low	Building
21	Creating b-spline geometry using matrix and curve data elements.	Low	Low	Building
22	Creating extruded geometry from existing construction geometry.	Low	Low	Building
23	Chaining wire construction geometry from existing arc and polyline.	Low	Low	Building
24	Using motion generator to simulate suspension movement.	Medium	Low	Refining
25	Using spring-damper to model coil-over shock in suspension.	Medium	Low	Refining
26	Using bushing to model control-arm-to-frame suspension mounts.	Medium	Low	Refining
27	Creating a revolution from an arc geometric element.	Medium	Low	Building
28	Using SENSOR to determine if billiard ball hits a target.	Medium	Medium	Testing
29	Using customized GUI to simulate a billiards game.	Medium	High	Automating
30	Using variables to parametrically define your model.	Medium	Medium	Iterating