I have been trying to find a way to input equations of motion into solidworks motion, Tried the solidworks help manual and it does have a section on equations of motion, but not how to input them.

Can anyone help me here?

I have been trying to find a way to input equations of motion into solidworks motion, Tried the solidworks help manual and it does have a section on equations of motion, but not how to input them.

Can anyone help me here?

I would like to input yaw and roll somehow. I am simulating a vehicle going around a corner. Have built a model that resembles a vehicle but now need to define how it behaves somehow

what do you mean "input yaw and roll"? i think someone (maybe you) asked this question in another posting and that was the output you were looking for. are you looking to input something or output something?

Yes this was me in that other question, haven't made any progress since the last post.

Will try to clarify this as I am very begginner when it comes to solidworks and motion studies. My objective is to compare real vehicle roll and yaw determined from numerical angles and equations to the output from a solidworks model.

however I am unsure as to how I get the model to show those particular outputs. I have added springs etc and ran the calculation......but the only outputs I could find where things like lateral velocity and the rest of the standard outputs

Again I may be showing a lack of understanding here but I'm trying to help this by asking questions.

Hope this helps

Those specific parameters that you are looking for are generated from the standard outputs right?

The software is what you see is what you get. If it doesn't output them directly, output the components and calculate manually in excel. If you're looking for the ability to make a custom output based on the components and an equation, I can't think of a way to do that.

It has all the equations of motion (well the newtonian ones at any rate) like F=ma, gravity, coriolis, friction, etc. What do you need it to? JUst stick and object in an assembly and watch it fall or build a cannon and give the ball a force and watch theball go on a parabolic trip? Add aero drag by caturing the velocity and compute a retarding drag force.....