Скачать с ютуб How to model Bevel Gears using Tredgold's Approximation (Gears pt 6/7) в хорошем качестве

How to model Bevel Gears using Tredgold's Approximation (Gears pt 6/7)

Here I show how you can model a set of bevel gears in Fusion360 for 3D printing. I'm using Tredgold's approximation to obtain tooth profiles, which is one of a few techniques. Another well-known one is the gleason system. True spherical involutes are used very rarely. Files created in this video can be found here: https://www.thingiverse.com/thing:492... Instagram:   / creo_nova   Website: https://www.creonova.nl/ Timestamps: 0:00 Introduction 0:42 Pitch cylinders vs pitch cones 1:11 Creating a pair of pitch cones 4:05 Creating inner-diameter equivalent cone 8:17 Tredgold's approximation explainer 11:34 Tredgold's approximation for our gearset 13:12 Adding teeth to bevel gear 16:46 Trimming teeth to length 19:41 Trimming the rear of the teeth 20:42 Repeating for pinion 25:41 Joints and motion links 27:12 Closer look at mesh 28:38 Full drive unit model 29:28 Testing 3D printed drive unit 30:37 Forces in bevel gears 32:27 Adding mounting hubs 35:17 Slicing considerations 36:45 Position on shaft is important 40:42 End