HELICAL GEAR DRAWING BY SOLIDWORKS EQUATION

[@HopeScreen]

neatly presented habibi

[@alishihade4751]

أفضل شرح احد هلء ، بس المشكلة إنتا مش مستعمل قاعدة ال involute curv

[@mrengineer1000]

هى دى طريقه رسم الترس داخل السوليدوركس وهو لا يستعمل invelute لانه معقد فى تمثيل ال gear

[@Z.Alshobaki]

Thank you very much!

[@marcellocolombo7208]

Gentile Mr Engineer per ottimizzare : Valutare -Rilevamento Interferenze e non intaccare la bellezza formale delle sue equazioni ho diminuito lo spessore del dente sul Diametro Primitivo nel seguente modo : "D6@Shizzo1"=(3.14*"D1@Schizzo1"/n/4) - 0.22 . Praticamente è lo spessore di rettifica dopo i trattamenti termici

[@ro_sch8]

you have mistake in helix pith calculation: instead of cos(gamma) should be there tan(gamma)

[@mrengineer1000]

Thanks ,

[@marcellocolombo7208]

Dear Engineer, I use solidworks 2023 SP03 as a hobby, I am fascinated by its helical gear geometry. I ran the path down to Convert Entities to be able to insert Helix and Spiral. But with SW 2023 it is impossible for me. I have tried many times.
I would be very happy to receive advice
Thank you very much

[@mrengineer1000]

[phone] this is my whatsapp send me screen shot for the problem, i hope that i can help

[@abdullahharounbenramdane1144]

شكرا شكرا

[@mrengineer1000]

العفو جزاكم الله خيرا

[@molnez]

For the calculation of the transverse pressure angle, the fraction inside the atan function should be flipped. φ ₜ = tan⁻¹(tan(γ) / cos(φ)).

[@pablovicentegarcia6839]

I think this is the correct expression:
φt = tan⁻¹(tan(φ) / cos(γ)).

[@athallahnaufal264]

what is m?

[@mrengineer1000]

M means module