Formeln

Question 1

Leistung P

Answer 1

= M⋅2π⋅n

Question 2

Teilkreis dt

Answer 2

= z⋅mt

Question 3

(Tangential) Modul mt

Answer 3

= mn / cos (β)

Question 4

Modul m (bezogen auf Teilung und Teilkreisd.)

Answer 4

= p/π = d/z

Question 5

Übersetzung i

[Drehzahl]

Answer 5

= n1 / n2

Question 6

Übersetzung i

[Winkelgeschw.]

Answer 6

= ω1 / ω2

Question 7

Übersetzung i

[Moment]

Answer 7

= M2 / M1

Question 8

Übersetzung i

[Teilkreisd.]

Answer 8

= d2 / d1

Question 9

Übersetzung i

[Zähnezahl]

Answer 9

= z2 / z1

Question 10

iges

Answer 10

= i1 ⋅ i2 ⋅ i3….

Question 11

i übersetzung ins langsame

Answer 11

i > 1

Question 12

i übersetzung ins schnelle

Answer 12

0 < i < 1

Question 13

Kopfkreisd. dk

Answer 13

= d + 2 ⋅ mn

Question 14

Fußkreisd. df

Answer 14

= d - 2 ⋅ (mn + c)

Question 15

Grundkreisd. db

Answer 15

= d ⋅ cos (αt)

Question 16

(Tangential) Eingriffswinkel αt

Answer 16

= arctan ( tan(αn) / cos(β) )

Question 17

Tangentialkraft Ft

Answer 17

= (Mt ⋅ 2 ) / d

Question 18

Radialkraft Ft

Answer 18

= Ft ⋅ tan(αt)

Question 19

Axialkraft Fa

Answer 19

= Ft ⋅ tan(β)

Question 20

Zahndicke Sn

Answer 20

= mn ⋅ π/2

Question 21

Wirkungsgrad η

[Leitstung]

Answer 21

= P2 / P1

Question 22

Drehzahl n

Answer 22

= ω / 2π

Question 23

Betriebskraftverhältniss Φ

Answer 23

= Fsa / Fa = 𝛿p/(𝛿s+𝛿p)

Question 24

Nachgiebigkeit σ (Platte)

Answer 24

lk / (E ⋅ A)

Question 25

Nachgiebigkeit σ (Schraube)

Answer 25

ls / (E ⋅ π/4 ⋅ ds^2)

Question 26

ieff

Answer 26

= ig - 2

Question 27

Schraubenfedersteifigkeit c

Answer 27

= (G ⋅ d^4) / (8 ⋅ Dm^3 ⋅ if)

Question 28

Finger Regel Kräfte am Zahnrad

Answer 28

Tang Rad Axial Treibend ----> Tang entgegen der Drehrichtung