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Example · Basics · ASOMv10

Friction on an inclined plane

A block on an inclined plane shows on a small scale how ASOMv10 incorporates friction into a kinematic model instead of neglecting it.

ASOMv10 with a block on an inclined plane, a holding force arrow and a constraint for the angle of inclination; on the right, the diagram of the holding force when raising and lowering, with and without friction2:15
The task

How much force holds the block?

A block is moved on an inclined plane. How much holding force this requires depends on the friction between block and plane – and on whether the block is raised or lowered.

What ASOM shows here
  • You specify the friction between block and plane with the friction coefficient μ.
  • The holding force appears in the diagram for raising and lowering, each with and without friction.
  • Using constraints such as the angle of inclination, you change the model in a targeted way and check its behavior across wide parameter ranges.
Your benefits

Factor in friction from the start

You include friction right away and immediately see how the required force changes with the parameters.

Forces you can rely on

With friction factored in, you do not undersize drives and holding forces. More on force calculation

Many cases, little effort

Instead of recalculating individual cases, you test many inclinations in a short time. More on constraints

A basis for larger models

You use the same slider friction in any mechanism with sliders and rails.

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