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Recent content by EngTipX

  1. EngTipX

    Non reflecting boundary condition unbounded boundaries- elastic wave

    How to model: Non reflecting boundary condition "unbounded boundaries for elastic wave"
  2. EngTipX

    Elastic wave propagation in Solids

    I have few ideas but I do not know how to implement them with my current APDL knowledge The first idea is to apply a pressure in the Harmonic analysis the harmnic analysis takes care of the time peridocity however to add the translational or simulate a propagating wave the pressure has to be a...
  3. EngTipX

    Translational Periodicity

    I might have an idea although I do not know how to implement it, "don't know much APDL" you can add a command snippet...I will explain my idea in http://www.eng-tips.com/viewthread.cfm?qid=330495 since I need to have periodicity as well I hope it helps
  4. EngTipX

    Elastic wave propagation

    How to simulate elastic wave propagation in Solids? a) How to model an incident P-wave (Pressure Primary longitudinal wave) or SV, SH-wave The incident wave will be harmonic and it has periodicity in the direction of propagation P-wave is P=P0e1i.K.xe1i.omega.t S-wave is...
  5. EngTipX

    Translational Periodicity

    I just posted http://www.eng-tips.com/viewthread.cfm?qid=330495 I am having problems simulating a propagating incident wave
  6. EngTipX

    Elastic wave propagation in Solids

    How to simulate elastic wave propagation in Solids? a) How to model an incident P-wave (Pressure Primary longitudinal wave) or SV, SH-wave The incident wave will be harmonic and it has periodicity in the direction of propagation P-wave is P=P0e1i.K.xe1i.omega.t S-wave is P=P0e1i.k.xe1i.omega.t...
  7. EngTipX

    Simple Scientific and Technical Illustrative, Explaining figures

    @ rbpmc I just tried today the idea of sketching on surface then writing text. I picked wingdings font then pick the arrow the arrow did not align with the edges. I do not know why. I can place the arrow on either side of an edge ...
  8. EngTipX

    Simple Scientific and Technical Illustrative, Explaining figures

    Thanks to anyone who suggested anything for your suggestion @rbpmc I did not fully understand your suggestion. I do not have solidworks right now. I have it on a different computer but let me tell you what I am thinking of doing: -Use surfaces to create planes (thickness will not be an issue)...
  9. EngTipX

    Simple Scientific and Technical Illustrative, Explaining figures

    @rbpmc For me annotation is the issue how can you use subscript? For example for the angle theta_0, Also how can you draw the axis?
  10. EngTipX

    Simple Scientific and Technical Illustrative, Explaining figures

    @CorBlimeyLimey I used the standard planes and was able to change their transparency. However, I could not change each plane color. I was able to display them intersecting each other but could not make them intersect bodies. I thought about creating parts to represent planes but did not like it...
  11. EngTipX

    Simple Scientific and Technical Illustrative, Explaining figures

    I am trying to create simple illustrative figures, like the ones you see in textbooks. My figures are a bit different I have a cylinder in space that is cut by three perpendicular planes (standard planes) and an oblique plane. The a vector perpendicular to the oblique plane surface makes two...
  12. EngTipX

    The Frequency Response of a point in the Harmonic response

    I am using ANSYS full in Harmonic response analysis. My model is made up of one part which is made up of more than one body. (A composite fiber of 3 layers). Whenever I add frequency response at a point between layers, it would not work. I get an error message that the point is on different...
  13. EngTipX

    Forced Vibration Analysis in F.E. software

    I think I figured it out. However, got more questions :) For harmonic Forced vibration you can use Harmonic response analysis. Yes harmonic response solves for a range of frequencies. If you desire a specific frequency F=F0*sin(omega*t). Then, see the results for that particular frequency. The...

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