Mr. Daniel Floden
-
Content Count
12 -
Joined
-
Last visited
Posts posted by Mr. Daniel Floden
-
-
Hi Joerg,
According to the definition of the Teta-angle in the picture of the profile above, the rotation (pitch) of the blade is done at the "1/2" point, which by definition alters the rake (ZR). This is not the case when modelling in CAESES. Thats the reason for our confusion.
I guess the blade profile is rotated around where the mid choord crosses the z-axis, in order to alter rake, skew and pitch independantly?
BR
Daniel
-
Hi,
In order to understand your definition of pitch, skew and rake I have a couple of questions.
In the documentation there is a profile and a picture showing the definitions, although its slightly confusing since the (by the look of it) the pitch definition is defined as the blade profile is rotating around max thickness when picth is altered.
If that is the case then rake would be influenced and this is not the case when you model the blade by the curves in CAESES.
Can you point out what the tho points in that picture represents, one should be the generator line and the other max thickness, but which is which?
BR
Daniel
-
Thanks for the info,
Iges is the way forward, I thought I tested that but I must have made som error when I exported, but now it works well!
Thank you.
Pdf to dxf is perfect for the 2s view. Thanks.
/Daniel
-
Hi,
What is the most straight forward way of exporting lines (in xy-plane) to AutoCad?
Regards
Daniel
-
Hi Karsten,
I've tried to use the import point data feature definition on its own but cannot get the "section" to be displayed.
And if I use the ImportPointData.fdf then it's displaying the curve but not using the datafile from the "ReadFile" feature but is using the Csv-file as indata. Its somewhat confusing.
BR
Daniel
-
Hi
I've tried to understand how to do this the most straight forward way but I cannot find the suitable functions for it.
I want to do a generic curve with x and y inputs. And the x and y needs to be functions of a number of predefined B-spline curves.
So if I for instance would like to set x as (A^2 * sin B ), where A and B are predefined B-spline curves in my project. How do I do this the most effective way by feature programming?
BR
Daniel
-
Hi Joerg,
It worked fine, thank you.
But I have a few more questions on the topic.
1. The "blade section" view. How is that defined? If seems as if it is not the developed view (Holst representation)?
2. Is there any way of define a custom view based on my own representation of the blade?
BR
Daniel
-
Hi,
There is a label called "FGIPropeller" under Administration which holds the various 2Dscenes for the propeller 2d-drawing and tables.
When I have my propeller design where do I find the functions to create this 2d setup?
BR
Daniel
-
Is there some tutorial on how to use the 2d-window for drawings and 2d-representation of a blade? Or for that matter showing any curves in the 2d-window.
I can not find any way on how to show curves from an object in that view, I managed to drag and drop a curve but it will jsut show up as a line without any way of giving coordinates.
I dont find any way of giving what plane I want to see either.
How do I use the 2d window at all?
BR
Daniel
-
Thanks for the info guys,
I'll try it out and get back with some more questions i guess ;)
BR
Daniel
-
Hi and thank you guys for a good training session!
I've got two questions:
Firstly, is there any way de-coupling the various windows from the framework in order (for instance) to have the 3d-view in a separate monitor?
Secondly, when designin a blade, the 2d blade features are still very important in order to relate it to old designs and in order to be able to do a 2d-drawing. What tools and functions are the best to relate the 3d generic blade to a 2d-plane (i.e developed view)
Regards
Daniel
Loop Example: Where to define objects
in Feature Programming
Posted · Report reply
Hi all,
I've tried this loop functionality with a generic function but although I get no error message in the attached feature I cannot get the curves to be plotted in caeses.
My goal is the plot a number of radial 2d section-lines of a developed blade.
BR
Daniel
R_def.fdfc