APDL is just the scripting language for running ANSYS; in theory almost everything you can do in the user interface can be done through APDL. However if you're not familiar with ANSYS, this may a very challenging task.
Have you looked into using the conventional user interface? What problem...
Heat transfer analysis through a multi-layered cylindrical geometry is a common topic, you might just need to look for the right key words.
Here is one paper I found on the subject: https://web2.clarkson.edu/projects/subramanian/ch330/notes/Conduction%20in%20the%20Cylindrical%20Geometry.pdf...
I think your two main options are:
Utilize an electric hub motor, which can be mounted in the wheel and still move with any suspension the wheel is mounted to. See here: https://en.wikipedia.org/wiki/Wheel_hub_motor#Mechanism
Use a more "conventional" motor mounted centrally on the frame, and...
The motor you've shown is way undersized for the requirements you've stated, I recommend doing some more searching to find a motor/gearbox combination which provides the torque specification of 6 N-m.
You'll also need to consider expected power output and speed- you may be able to find a small...
If you want to use that motor you'll need a gearbox, the motor's torque without the gearbox is just a piece of the puzzle. The alternative would be to use a direct-drive DC brushless motor with the rated torque but that might require higher-cost components.
You could wire EDM (Electro-Discharge Machining) this feature. Wire EDM uses a very thin wire that can cut through conductive materials and should be able to do a tilted/tapered cone like this.
More reading: http://www.edmmachining.com/wire_edm.htm
This is an interesting problem, I was involved in a thread some time ago where the goal was to derive a similarly complex beam's analytical equations here: Thread: Harder beam equation
The general integration method followed this form which seems to be about what you're doing as well:
With...
I don't think you have a true 60 psi supply pressure, I suspect your pressure drops significantly when the flow is turned on. I would recommend using a pressure gauge to monitor the supply pressure between the valve and the hose when the valve is turned on; I'm guessing you're seeing a large...