If you have Maple 2017, go to the ?ApplicationGallery and look at the Structural Engineering section (specifically the "Steel Beam under Torsion" example).

Go to View > Show / Hide Contents..., deselect Execution Group Boundaries, and click OK

The unit of N wasn't correctly associated with the definition of F (they were actually two separate math regions). I've corrected this in the attached worksheet (and have also added with(Units[Simple]) to the top.

Berechnungen-1_shk.mwBerechnungen-1_shk.mw

While Maple 2017 doesn't have a direct link to weather data, you can connect Maple to web services that offer such data.

For example, https://openweathermap.org offer free and paid weather data that you can download straight into Maple via their API (we have no connection to openweathermap.org)

Here's an example call  that gives you the current weather conditions in Waterloo, Ontario (I've blanked out my API key):

Right click on the result, then go to numeric formating. Pick scientific and click ok

Check out the application here for a simple method of filtering noise from a signal

That's a visualization from one of my half-completed worksheets, and has not yet been published.

The mountain is actually Mount St Helens

Samir

Maple 18 ships with a worksheet that demonstrates a ball bouncing on a 2D surface.

Here's a worksheet (developed in Maple 18 - haven't run it in other versions) of a ball bouncing on a 3D surface. It's a work in progress, so caveat emptor.

Ball_Bouncing_on_3D_.mw

Samir

The answer is no, not at the moment. MSL look-up tables are not yet supported.

Samir

Here' a simple example of inverse dynamics.

For a complex example of inverse kinematics, examine this application

Inverse_Dynamic.msim

[I converted this from a Reply to an Answer and cleaned up the machine-generated Title.---Carl Love as a Moderator]

@tdewolf Here are guides that describes how you can use MapleSim-generated C code in (i) Visual Studio Express 2010 and (ii) VisSim (another simulation tool). They were written for MapleSim 5 ago and may not contain the most recent information, but they should be largely correct.

Compiling_C-Code_fro.pdf

Manual_Implementatio.pdf

[I converted this from a Reply to an Answer and cleaned up the machine-generated Title.--- Carl Love as Moderator]

Probably not what you're looking for, but sounds like this: http://www.maplesoft.com/applications/view.aspx?SID=4901

The Tire Library only models motion on flat surfaces. 

Samir

Check out this post and this application for some modeling tips. On an initial reading, your system appears tractable.

Break down the problem into two parts.  Consider each section (for insulation 1 and insulation 2) separately. For each section you need three PDEs (one each for the temperature profile of the liquid in the pipe, the steel pipe wall, and the insulation).

Consider a section dx, and perform a heat balance for the liquid in the pipe, the tube wall and the insulation.

For the liquid in the pipe you'll have terms for the accumulation of heat, heat supplied by liquid flowing in and heat supplied by liquid flowing out, and heat transfer to the tube wall.

For the steel tube wall, you'll have terms for the accumulation of heat, heat flowing into and out of adjacent tube wall sections (Fourier Law), heat transfered from the tube-side liquid and heat exiting to the insulation.

For the insulation, you'll have terms for the accumulation of heat, heat flowing into and out of adjacent insulation sections (Fourier Law), heat entering from the steel wall, and heat exiting to the cold water

Samir

Examine the non-linear spring-mass-damper model that ships with MapleSim.  It demonstrates how you can vary spring and damping constants during a simulation.

Samir