Are the tilting beam angle changes being modelled/considered? if yes, is there a way to extract the values?
Hi Sarjoon,
You are giving us a small amount of information to work with.
When you model tilt beam you can give the maximum rotation angle allowed.
During the simulation the rotation will be held at the maximum amount designated.
We do not have a formatted report with column heading "tilt-beam angle". You can get the euler angles for each body from the report titled "Location of Selected Bodies".
You can find the relative pitch between the bodies from that data.
I hope this helps.
Georgina Maldonado
First of all thanks for the fast reply.then if I understood correctly, the relative angle between the tilting beam and the barge (part and body) is fixed throughout the whole simulation? This relative angle in reality only start to change after tilting begins.
Your statements contradict each other.
Below is how I would write the statements.
The relative angle between the tiltbeam and the barge is fixed prior to the tipping event.
The relative angle between the tiltbeam and the barge changes after the tipping event.
okay, is the second statement considered in Moses analysis? if yes, what -options should I specify for the -trajectory command, so that I can get the Euler angles for the tilting beams which are part of the barge body?
Yes, in MOSES the relative angle between the tiltbeam and the barge changes after the tipping event.
Please refer to the first response. We do not have a formatted report with column heading "tilt-beam angle". You can get the Euler angles for each body from the report titled "Location of Selected Bodies".
I do not understand your question because, there is not a "-trajectory" command.
Please use the LAUP_STD command. This command was designed with industry input. This command will generate what we call the standard launch analysis results. The tables generated by LAUP_STD are the most requested tables for a launch analysis.