|
|
The minus sign (-) applies to internal gearing.
Other parameters are calculated as in Basic geometric calculation.
- Inventor What's New
- Inventor Release Notes
- Get Started Videos
- Tutorials
- Inventor Help Topics
- Inventor Basics
- Styles and Style Libraries
- Materials and Appearances
- AutoCAD to Inventor Transition
- Work Environment
- Part Modeling Overview
- Editing Part Bodies and Faces
- About Plastic Features
- About Freeform Part Modeling
- About 3D Annotation and Model-Based Definition
- About Shape Generator
- About Part Sketching
- About Part View Representations
- Part Features
- About Part Analysis
- About Sheet Metal Parts
- Assembly Modeling Overview
- Large Assembly Best Practices
- Adding and Positioning Components in an Assembly
- Assembly Component Generators
- Content Center
- About Design Accelerator
- Component Generators
- About Bolted Connection Component Generator
- About the Shaft Component Generator
- Parallel Splines Component Generator
- Involute Splines Component Generator
- Parallel Key Connection Generator
- Cam Component Generators
- Spur Gears Component Generator
- Design spur gears
- Spur Gears Component Generator dialog box - Design tab
- Spur Gears Component Generator dialog box - Calculation tab
- Factors dialog box (ISO, DIN, CSN)
- Factors dialog box (Legacy ANSI)
- Factors dialog box (ANSI/AGMA 2001-D04: 2005)
- Accuracy dialog box
- Size Factor dialog box
- Teeth with Grinding Notches Factor dialog box
- Kinematic Diagram dialog box
- Preview dialog box
- Export tooth shape dialog box
- Heat Treatment dialog box
- Spur Gears Calculation Formulas
- Basic Geometric Calculations for Spur Gears
- Design Formulas for Spur Gear Modules and Tooth Numbers
- Spur Gear Tooth Number Design
- Calculating Spur Gear Helix Angle
- Calculating Spur Gear Summary Correction
- Distributing Unit Corrections for Single Spur Gears
- Calculating Maximum Dedendum Filleting for Spur Gears
- Designing Spur Gear Backlash Allowance
- Calculating Spur Gear Strength Proportions
- Spur Gear Strength Calculation According to Bach
- Spur Gear Strength Calculation According to Merrit
- Spur Gear Strength Calculation With CSN 01 4686, ISO 6336 and DIN 3990
- Spur Gear Strength Calculation With ANSI/AGMA 2001-D04:2005
- Spur Gear Strength Calculation With Legacy ANSI
- Spur Gear Mounting Factor Km
- Surface Factor Cs in Spur Gears
- Geometry Factor J in Spur Gears
- Dynamic Factor Kv in Spur Gears
- Bevel Gears Component Generator
- Worm Gears Component Generator
- Bearing Component Generator
- Compression Spring Component Generator
- Extension Spring Component Generator
- Torsion Spring Component Generator
- Belleville Spring Component Generator
- V-Belts Component Generator
- Synchronous Belts Component Generator
- Roller Chains Generator
- Clevis Pin Component Generator
- Pin Component Generators
- O-Ring Component Generator
- Glossary for the Calculators and Component Generators
- Frame Generator overview
- About Routed Systems
- About Mold Design in Inventor
- Create Parts in Assemblies
- Create Assembly Weldments
- Configurations and Representations
- Drawings
- About Presentations, Exploded Views, and Publishing
- About Working with Architectural and Construction Projects
- About Inventor and Fusion Interoperability
- Collaborate with Others
- About Inventor Studio Environment for Render and Animation
- Troubleshooting Design Errors and Messages
- Design Optimization
- Analysis and Simulation
- Task Scheduler
- CAD Manager Fundamentals
- Programming Interface
- iLogic
- iLogic API
- Autodesk Installation
- Inventor Installation
- Subscription Benefits