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Recent content by E-N-E ENG

  1. E-N-E ENG

    T-Bracket Beam Analysis

    Folks... trying to analyze this further: At interface 1 - plate to SEPARATE (BOLT 1 IN TENSIONS) At interface 2 - plate to COMPRESS (BOLT 2 IN MOMENT ??) Is the BOLT 2 under MOMENT load (top half in tensions and bottom half in compression)? Thank you
  2. E-N-E ENG

    T-Bracket Beam Analysis

    [Moment load F x 8] / [distance from top bolt to bottom bolt 6] = 8F/6 = 4F/3 Correct explanation? Thank you
  3. E-N-E ENG

    T-Bracket Beam Analysis

    What's the pull force on the top bolt in terms of the point load, F? Need to determine the pull force on the top bolt to find the pre-load (T = k x F x d --> F = T / (k x d)) to ensure no separation. Thank you folks!
  4. E-N-E ENG

    Kinematics - force analysis

    assuming no friction
  5. E-N-E ENG

    Kinematics - force analysis

    Please help express F_x on output end in terms of F_y and theta Thank you ---------------------------------------------------------------------------------------------------------- F_y is purely vertical (one degree of freedom along Y-axis) F_x is purely horizontal (one degree of freedom...
  6. E-N-E ENG

    Maximum material condition on circular datum

    Assuming dimensions and tolerances are assigned but those should not affect anything Correct? Thank you
  7. E-N-E ENG

    Maximum material condition on circular datum

    One more question. Does applying the maximum material condition on datum C provide bonus tolerance? Thank you Thank you
  8. E-N-E ENG

    Maximum material condition on circular datum

    ok thanks. I will conclude that adding (M) on datum B does not change anything. B (M) = B.
  9. E-N-E ENG

    Maximum material condition on circular datum

    What if the datum B hole measures on the LMC side, dia. 10.6? How does this affect the positional tolerance of dia. 0.2? Let say the datum simulator is at exactly dia. 10.0, then does the positional tolerance would be off the axis of the dia. 10.0 or at the maximum allowable shift up to 0.6mm...
  10. E-N-E ENG

    Maximum material condition on circular datum

    What if the datum B hole measures on the LMC side, dia. 10.6? How does this affect the positional tolerance of dia. 0.2? Let say the datum simulator is at exactly dia. 10.0, then does the positional tolerance would be off the axis of the dia. 10.0 or at the maximum allowable shift up to...
  11. E-N-E ENG

    Maximum material condition on circular datum

    Thank you
  12. E-N-E ENG

    Snap Fit Design - Insertion Force and Bending Force

    Another reference.. slightly different equation
  13. E-N-E ENG

    Snap Fit Design - Insertion Force and Bending Force

  14. E-N-E ENG

    Snap Fit Design - Insertion Force and Bending Force

    Hi, Friction is along the angled surface. This equation from the snap fit design on fictiv.
  15. E-N-E ENG

    Snap Fit Design - Insertion Force and Bending Force

    Anyone can help on how this equation is derived? Thank you
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