Recent content by draculamedula

  1. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    Exactly. How can I find that for a truncated cone?
  2. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    what about the area moment of inertia?
  3. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    I only have a problem with the truncated cone (varying cross-section) part as I have said earlier.
  4. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    For now, consider the beam with no joints. Just assume it as a composite beam. One end fixed, applying 1N force at the end as shown in figure. To Find: Deflection of the beam
  5. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    No, I am not able to.
  6. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    Stainless Steel and yes M4
  7. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    using screw joints
  8. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    Yes I do, I have problem with the Truncated Cone Part (Tapered Cylinder).
  9. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    It is a Probing Stylus, It is used in inspection. Force F is the force exerted by Workpiece on the stylus.
  10. draculamedula

    I How do I determine I for a truncated cone in the bending of a Stylus Shaft?

    So I have a Stylus as shown in above fig. Fixed at Point A, Force (F) is applied perpendicular to the stylus axis. How do we find deflection at the end of the Stylus (Made of Two Different Materials as shown in the figure)? Hand Calculations are much appreciated. Thank you.
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