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en:eingabe_der_maschinenparameter_und_konfiguration:schneckenelemente:exzentrische_knetbloecke [2025/11/02 21:43] deppe2en:eingabe_der_maschinenparameter_und_konfiguration:schneckenelemente:exzentrische_knetbloecke [2025/11/02 21:46] (aktuell) deppe2
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 ** Maximum diameter ratio of three-way profile (i=3)** ** Maximum diameter ratio of three-way profile (i=3)**
-$$D_{v,3} = D_{a,3 \max} = \frac{1}{2 \cdot \cos\left(\frac{\pi}{2 \cdot i}\right) - 1} = 1.366 \tag{Equation 3-}$$+$$D_{v,3} = D_{a,3 \max} = \frac{1}{2 \cdot \cos\left(\frac{\pi}{2 \cdot i}\right) - 1} = 1.366 \tag{Equation 3-13}$$
  
  
 **Outer diameter of three-course profile** **Outer diameter of three-course profile**
  
-$$D_{a,3} = \frac{2 \cdot a}{1 + \frac{1}{D_{v,3}}} tag{Equation 3-14}$$+$$D_{a,3} = \frac{2 \cdot a}{1 + \frac{1}{D_{v,3}}} \tag{Equation 3-14}$$
  
  
 **Eccentricity $e$** **Eccentricity $e$**
  
-$$e = \frac{D_{a,2} - D_{a,3}}{2} tag{Equation 3-15}$$+$$e = \frac{D_{a,2} - D_{a,3}}{2} \tag{Equation 3-15}$$
  
  
 **Inside diameter of three-course profile** **Inside diameter of three-course profile**
  
-$$D_{i,3} = 2 \cdot a - D_{a,3} tag{Equation 3-16}$$+$$D_{i,3} = 2 \cdot a - D_{a,3} \tag{Equation 3-16}$$
  
  
Zeile 50: Zeile 50:
  
 This profile shows that the comb angles are zero. Therefore the flank angles of the standard profile are the same: This profile shows that the comb angles are zero. Therefore the flank angles of the standard profile are the same:
-$$\phi_{k,3} = \phi_{g,3} = 0 tag{Equation 3-17}$$+$$\phi_{k,3} = \phi_{g,3} = 0 \tag{Equation 3-17}$$
  
 **Comb angle:** **Comb angle:**
  
-$$\angle AOB = \angle BOC = \angle COD = \Omega_3 = 60° tag{Equation 3-18}$$+$$\angle AOB = \angle BOC = \angle COD = \Omega_3 = 60° \tag{Equation 3-18}$$
 **Flank angle:** **Flank angle:**
  
-$$R_{a,3} = \frac{D_{a,3}}{2} tag{Equation 3-19}$$+$$R_{a,3} = \frac{D_{a,3}}{2} \tag{Equation 3-19}$$
 **Outside radius:** **Outside radius:**
  
-$$R_{i,3} = \frac{D_{i,3}}{2} = \left(a - \frac{D_{a,3}}{2}\right) tag{Equation 3-20}$$+$$R_{i,3} = \frac{D_{i,3}}{2} = \left(a - \frac{D_{a,3}}{2}\right) \tag{Equation 3-20}$$
 **Inside radius:**  **Inside radius:**