Tutorials

Tutorial: How to model involute gears in SolidWorks and show design intent.

62 23 Beginner
The model from this tutorial is found here: http://grabcad.com/library/involute-gear-design-from-scratch-1

Tutorial : How to model involute gear in Creo 3.0

15 3 Beginner
How to model involute (evolvent) gear in Creo 3.0

Involute profile in splines (1)

14 0 Beginner
This is a short description of how involute profiles are used in splines like DIN 5480, DIN 5482, ISO 4256, and ANSI 92.1

How to model Involute Gear in Solidworks?

6 2 Beginner
these are the steps...

[Tutorial Video] Spur Gear Involute teeth Profile CATIA using Base circle as basis of construction

2 0 Intermediate
In this video tutorial we will learn how to model a Spur Gear Involute Teeth profile in CATIA using Base circle as basis of construction. In this video I have explained the detailed construction. Let me know if you are facing any problem or any query. https://cadgill.blogspot.com/2019/04/equation-driven-spur-gear-design.html

Involute profile in splines (2)

2 1 Beginner
This is a continuation of the previous tutorial https://grabcad.com/tutorials/involute-profile-in-splines-1

Involute profile in splines (3)

2 0 Beginner
This is a continuation of the previous tutorial Involute profile in splines (2) https://grabcad.com/tutorials/involute-profile-in-splines-2

Normal Module Involute Helical Gear in CATIA V5 (manual input)

1 0 Expert
This BND TechSource video shows the steps for creating a “template” part for our Normal Module Involute Helical Gear. This part may be modified by simply changing the parameters of any/all of the following five formulae: Fw - Face width // length parameter [Fw = input] z - number of teeth // real parameter [z = input] Npa - Normal Pressure Angle // angle parameter [Npa = input] m - module // length parameter [m = input] Ca - Cylinder helix angle // angle parameter [Ca = input] Please comment or contact us if you would be interested in seeing how to create the Helical gears with a CATIA Macro. Please visit us at: https://bndtechsource.wixsite.com/home Normal Involute Helical Gear calculator (Excel): https://drive.google.com/file/d/1A1tVjmZr4r2D-nLRk6qzkfkMObjdl7wt/view?usp=sharing

Approximate vs. Involute Gear Tooth Profile in CATIA V5

1 0 Expert
This BND TechSource video shows how to create a “template” part for an Involute Spur Gear. This part may be modified by simply changing the parameters of any/all of the following three formulae: z - number of teeth // real parameter [z = input] Rpa - Ref Pressure Angle // angle parameter [Rpa = input] m - module // length parameter [m = input] And the Undercutting issue can be resolved by introducing Profile Shift which affects the Center Distance between gears as well as adjusting the Addendum and Dedendum circles. Ad – Addendum circle // length parameter [Ad = input] Dd – Dedendum circle // length parameter [Dd = input] https://bndtechsource.wixsite.com/home Excel Involute Spur Gear Calculator with macro: https://drive.google.com/file/d/1b2gzKpBHfOakALJi1-hZfOqGt_KFxNLc/view?usp=sharing

How to create Spur Gear in fusion 360

1 0 Beginner
How can we create fusion 360 in fusion 360. Terminology used for gear are as follows Module(m) =PCD/No. of teeth=10 No of teeth(N) =26 Addendum(add) = 10 mm Dedendum (Ded)= 1.125XADD=11.25 PCD = m X no. of teeth = 10X26=260 Outside dia= PCD+2Xadd = 260+20 =280mm Inside dia = PCD -2 X Ded = 260 -2 X11.25= 237.5 mm Circular pitch = π X PCD /N = π X 260/26=31.4mm Tooth thickness = CP/2= 31.4/2 = 15.7 mm Pressure Angle = 20 degree