• TOPICS
    • Design
    • Manufacturing
    • Inspection
    • Heat Treating
    • Lubrication
    • Materials
    • The Gear Industry
    • Gears by Type
  • MAGAZINE
    • Current Issue
    • Departments
    • Archives
    • Subscribe
    • Advertise
  • NEWSLETTER
    • Subscribe
  • VIDEO
    • Gear Technology TV
      • Ask the Expert Live
      • Revolutions
    • Industry Videos
  • BLOGS
  • BUYER'S GUIDE
  • NEWS and EVENTS
    • Product News
    • Industry News
    • Events
  • ADVERTISING
    • Brand Awareness
      • Print: Display Advertising
      • Online: Web Banners & Keyword Banners
      • Online: Native Advertising (Sponsored Content)
      • E-mail: Custom, White Papers & Webinars
      • E-mail: Newsletter Sponsored Content (Native Advertising)
    • Response & Lead Generation
      • Online: Sponsored Content (Native Advertising)
      • E-mail: Newsletters
      • E-mail: Newsletter Sponsored Content (Native Advertising)
      • E-mail: Custom, White Papers & Webinars
      • Online: Buyers Guide
    • Print Advertising
      • Print: Display Advertising
      • Print: IMTS Showstoppers
      • Print: Buyers Guide
      • Print: Manufacturing sMart
      • Print: Specifications
    • Online Advertising
      • Online: Web Banners & Keyword Banners
      • Online: Native Advertising (Sponsored Content)
      • Online: Buyers Guide
      • Online: Specifications
    • E-mail Advertising
      • E-mail: E-Newsletters
      • E-mail: Newsletter Sponsored Content (Native Advertising)
      • E-mail: Custom, White Papers & Webinars
      • E-mail: Specifications
    • Special Promotions
      • Print: IMTS Showstoppers
      • Print: Buyers Guide
      • Print: Manufacturing sMart
  • CONTACT US
  • AGMA
    • Membership
    • Events
    • Education
    • Emerging Technology
    • AGMA Media
    • Standards
Subscribe
  • Sign In
  • Create Account
  • Sign Out
  • My Account
Home » Simulation of Hobbing for Analysis of Cutting Edge Failure due to Chip Crush

Simulation of Hobbing for Analysis of Cutting Edge Failure due to Chip Crush

September 1, 2004
There are great advantages in dry hobbing, not only for friendliness toward the environment, but also for increasing productivity and for decreasing manufacturing cost. Dry hobbing, however, often causes failures in hob cutting edges or problems with the surface quality of gear tooth flanks. These difficulties are not present when hobbing with cutting oil. Pinching and crushing of generated chips between the hob cutting edge and the work gear tooth flank is considered a major cause of those problems.
Manufacturing The Gear Industry Processes Hobbing Management Jobs Technical
KEYWORDS chip crush edge failure hob hobbing
  • Download This Article

  • Related Articles

    Tooth Flank Fracture - Basic Principles and Calculation Model for a Sub-Surface-Initiated Fatigue Failure Mode of Case-Hardened Gears

    The Capacity of Superfinished Vehicle Components to Increase Fuel Economy, Part I

    Press Quenching and Effects of Prior Thermal History on Distortion during Heat Treatment

Free Gear Technology Subscriptions
Subscribe
Free Gear Technology Subscriptions
Subscribe
FEATURED VIDEO
  • Liebherr sm
    Liebherr's WGT Gear Inspection System at MPT Expo 2021
November 29, 2021
RECOMMENDED
  • Hardness Testing Gears — Know Your Options for Best Results

    April 25, 2022
    Starrett1.jpg
  • Kapp Niles Examines Intelligent Rolling Grinding for E-mobility

    April 25, 2022
    Opening Image.jpg
  • The New Age of Bronze

    April 25, 2022
    Barton1.jpg
  • Making Gear Grinding Transparent

    May 19, 2022
    Picture6.png
  • LPC Carburizing: The Affordable Alternative to Gas Carburizing

    April 25, 2022
    Nitrex2.jpg
  • Making Gear Grinding Transparent

    May 19, 2022
    Picture6.png
  • LPC Carburizing: The Affordable Alternative to Gas Carburizing

    April 25, 2022
    Nitrex2.jpg
  • Hardness Testing Gears — Know Your Options for Best Results

    April 25, 2022
    Starrett1.jpg
  • Subscribe
  • Advertise
  • Contribute
  • AGMA
Powered byAGMA
Copyright © 2022 Gear Technology
  • Privacy Policy
  • Contact