I was running some examples with these classes to get familiar with them, and when I tried running them using a rotor model with a single or no disk, it returned an error:
Traceback (most recent call last):
File "<ipython-input-2-37037196aef6>", line 4, in <module>
response = misalignment_flex_parallel_example()
File "ross\defects\misalignment.py", line 962, in misalignment_flex_parallel_example
misalignment = rotor.run_misalignment(
File "ross\rotor_assembly.py", line 2589, in run_misalignment
defect.run(self)
File "ross\defects\misalignment.py", line 152, in run
self.ndofd1 = (self.rotor.disk_elements[0].n) * 6
IndexError: list index out of range
Taking a closer look at .run() function, I noticed these 2 attributes:
So, I would just like to clarify if these analyzes deal with misalignment between 2 disks only or it's possible to analyze other scenarios, like no disks or multiple disk, etc.
Hello Rodrigo, the way the programming was done, yes. We will have to modify some parameters in the code to improve it for arbitrary tests. We'll do that tomorrow.
I was running some examples with these classes to get familiar with them, and when I tried running them using a rotor model with a single or no disk, it returned an error:
Taking a closer look at
.run()
function, I noticed these 2 attributes:It requires at least 2 disks in the rotor model.
So, I would just like to clarify if these analyzes deal with misalignment between 2 disks only or it's possible to analyze other scenarios, like no disks or multiple disk, etc.
@verg1lio, @bela-bs, @marcusfilipesr.