hi that is good movie.i have one question.where do you find notepad and size of gear or how find it notpad?in notepad you have module and ... where do you find that?
You get the module from material of the gear Module superior or equal the radical of the tangent force divided by (Rpe * K) Rpe : resistance pratique elasticity K : is coefficient between 8 and 10 Or they have to give you the motor horse power and number of turn / min and one diameter of gear and here we go; First : Hp = torque * w (omega) Omega = N* pi/ 30 Torque = T * d/2 Note : the helical gear is mn and mt not m
are those three circles at 2.05 pitch circle-addendum-dedendum ?
hi that is good movie.i have one question.where do you find notepad and size of gear or how find it notpad?in notepad you have module and ... where do you find that?
my purpose was this movie and that movie .can you send information of gear (that text or notepad).this is my email: ppalasht@gmail.com
You get the module from material of the gear
Module superior or equal the radical of the tangent force divided by (Rpe * K)
Rpe : resistance pratique elasticity
K : is coefficient between 8 and 10
Or they have to give you the motor horse power and number of turn / min and one diameter of gear and here we go;
First :
Hp = torque * w (omega)
Omega = N* pi/ 30
Torque = T * d/2
Note : the helical gear is mn and mt not m
This gear won't work for gear with different no. of teeth.
Because this gear is helical gear for showcasing, not for real application.
what is 4.09 degree angle?
Please make helical bewel gear
can i use this for real part or olnly exercise
This is not real gear.
well this isn't involute profile
can you help me to find real gear data
@@SakibHasan-im9tc reffer design of machine elements by V B Bhandari
Yesses to bad no audio but anyway