Close



Page 3 of 3 FirstFirst 123
Results 21 to 24 of 24
  1. #21
    Engineer Marm's Avatar
    Join Date
    Sep 2014
    Posts
    629
    Add Marm on Thingiverse
    Quote Originally Posted by Hugues View Post
    Are you obliged to have a 90 degrees sharp angle at this point ? If not, round off your corner, it will help.

    Interesting results. Took the model from the second picture, and applied a rounded corner as you suggested.

    servosleddeformc2.JPG

    Took a big step backwards. LOL. Interesting.

    Edit:

    Ok, jsut remembered what The OP jsut mentioned, Red does not mean bad.

    In the original design red = 8.03 somethings (The unit is not specified).

    In design 2, red = 5.4 somethings.

    In the latest design, red = 2.6 somethings.

    So yes, it looks like it took the stress, spread it out, and reduced it by a quarter.


    It'd be really nice if I could mouse over the color scale bar at the bottom and have it say what the value is, as the scale is probably not linear.
    Last edited by Marm; 07-06-2015 at 01:59 PM.

  2. #22
    Engineer-in-Training Hugues's Avatar
    Join Date
    May 2014
    Location
    Switzerland
    Posts
    219
    Cool !
    Sharp angles are to be avoided, they concentrate the stress, basics of mechanical engineering, which I studied :-)

  3. #23
    Quote Originally Posted by Marm View Post
    Interesting results. Took the model from the second picture, and applied a rounded corner as you suggested.

    servosleddeformc2.JPG

    Took a big step backwards. LOL. Interesting.

    Edit:

    Ok, jsut remembered what The OP jsut mentioned, Red does not mean bad.

    In the original design red = 8.03 somethings (The unit is not specified).

    In design 2, red = 5.4 somethings.

    In the latest design, red = 2.6 somethings.

    So yes, it looks like it took the stress, spread it out, and reduced it by a quarter.


    It'd be really nice if I could mouse over the color scale bar at the bottom and have it say what the value is, as the scale is probably not linear.
    Sorry, units are on the list of things to add. They are consistent with the geometry units you are using. So for stress:
    mm --> MPa (mega Pascals)
    cm --> Ba (barye)
    m --> Pa (Pascals)
    in --> psi (Pounds per sq. Inch)
    ft --> lb/ft^2 (Pounds per sq. Foot)

    All the deflection quantities in the results display are in the units of length used for the geometry.

    The legend scale IS linear.

    This is NOT a sales pitch, but our plug-in for Rhino has A LOT more capabilities... building the cloud solution to the same level of sophistication will take time.

  4. #24
    Engineer Marm's Avatar
    Join Date
    Sep 2014
    Posts
    629
    Add Marm on Thingiverse
    Very cool! Thanks for the answer.

Page 3 of 3 FirstFirst 123

Posting Permissions

  • You may not post new threads
  • You may not post replies
  • You may not post attachments
  • You may not edit your posts
  •