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Planetaire Tandwielstelsels

Planetaire Tandwielstelsels. Zonnewiel = z. Tanden. T r = T z + 2.T p. Planeetwiel = p Drager = d. Ringwiel = r. Steekstraal. Z d = ½.(Z r + Z z ). Omtreksnelheid. V d = ½.(V r + V z ). Planetair.  Z.  D. Vertraging. R. D. Z. Grafisch.

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Planetaire Tandwielstelsels

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  1. Planetaire Tandwielstelsels

  2. Zonnewiel = z Tanden Tr = Tz + 2.Tp Planeetwiel = p Drager = d Ringwiel = r Steekstraal Zd = ½.(Zr + Zz) Omtreksnelheid Vd = ½.(Vr + Vz) Planetair

  3. Z D Vertraging R D Z Grafisch Aandrijvende element : ZAangedreven element : DReactie-element : R Planetair- tandwielstelsel

  4. Z R Achteruit R D Z Grafisch Aandrijvende element : ZAangedreven element : RReactie-element : D Planetair- tandwielstelsel

  5. Z D Versnelling R D Z Grafisch Aandrijvende element : DAangedreven element : ZReactie-element : R Planetair- tandwielstelsel

  6. Z D D R Z Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  7. Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  8. Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  9. Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  10. Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  11. Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  12. Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  13. Analytisch Tr = Tz + 2.Tp Zd = ½.(Zr + Zz) Vd = ½.(Vr + Vz)

  14. Zonnewielen Planeetwielen Ringwiel Ravigneaux

  15. Z1 R Vertraging R Grafisch Aandrijvende element : Z1Aangedreven element : RReactie-element : Z2 D2 D1 Z1 Z2 Ravigneaux- tandwielstelsel

  16. Z1 Z2 Versnelling R D2 D1 Z1 Z2 Ravigneaux- tandwielstelsel Grafisch Aandrijvende element : Z1Aangedreven element : Z2Reactie-element : R

  17. R Z2 R D2 D1 Z1 Z2 Ravigneaux- tandwielstelsel Grafisch Aandrijvende element : Z2Aangedreven element : RReactie-element : D1+D2 vertraging Z1 Z2 achteruit

  18. Planetaire Tandwielstelsels Bedankt voor uw aandacht en tot ziens

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