Tutorials

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

Steen Winther
in Design & CAD
85 23 Beginner
The model from this tutorial is found here: http://grabcad.com/library/involute-gear-design-from-scratch-1
SOLIDWORKS solidworks gear involute

Involute profile in splines (1)

Carlos Soler
in Theory
30 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
4156 iso 5482 5480 din serration spline involute

Tutorial : How to model involute gear in Creo 3.0

Milan Ilić
in Modeling
18 3 Beginner
How to model involute (evolvent) gear in Creo 3.0
PTC Creo Parametric model engineer pro parametric creo tutorial evolvent involute gear

Involute profile in splines (2)

Carlos Soler
in Theory
12 12 Beginner
This is a continuation of the previous tutorial https://grabcad.com/tutorials/involute-profile-in-splines-1
involute spline serration din 5480 5482 iso 4156

Involute profile in splines (3)

Carlos Soler
in Theory
9 0 Beginner
This is a continuation of the previous tutorial Involute profile in splines (2) https://grabcad.com/tutorials/involute-profile-in-splines-2
ansi b921 ansi seration involute spline

How to model Involute Gear in Solidworks?

Andreas Gkertsos
in Design & CAD
8 2 Beginner
these are the steps...
SOLIDWORKS solidworks gear model involute competition tutorial teeth challenge how

Spur Gear Involute Gear Teeth Profile

AMAN KHALE
in Modeling
2 0 Beginner
In this tutorial, I will help you in making involute gear teeth for a spur gear using parameters and relations. I have designed the gear in Catia V5R16 using involute curve equations in "LAW" tool available in knowledge toolbar in Catia. https://www.youtube.com/watch?v=RU-f1E3sTSI
CATIA catia relations parameters profile tooth involute gear spur

How to create Spur Gear in fusion 360

N. Kumar
in Modeling
2 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
Fusion 360 3dmodels 3dmodeling profile involute helical gear spur gears
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