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Training - Engineers    Print


Grinding Engineering Principles and Practice

Next class to be held November 9, 10 & 11

  • This seminar focuses on the engineering of grinding processes and practice.
  • How to design optimal grinding cycles
  • How to identify constraints and optimize productivity
  • The effect of machine power, stiffness, and condition on attainable
    quality and productivity
  • How to select the correct grinding wheel formulation for the designed
    process
  • The influence of workpiece characteristics on grind ability
  • How to improve workpiece quality 
  • How to troubleshoot and resolve grinding problems such as burn, chatter,roundness, or geometry
  • Metalworking fluids for grinding operations

What will you learn?

Principles of grinding

  • Comparing grinding processes
  • Specific grinding power and forces
  • Impact of workpiece material and hardness
  • Form finish and surface integrity
  • Basic concept of such as plowing, sliding, chip formation spark-in and spark-out
  • Change of parameters while grinding
  • The grinding system and its variables

Types of grinding operations

  • Surface, cylindrical , internal,centerless processes

Grinding wheels

  • Abrasive grain types
  • Bonding systems
  • Grinding wheel hardness definition
  • Grain size and standards
  • Grinding wheel structure
  • Nomenclature to define grinding wheel formulations
  • Safety standards for grinding wheels

Grinding parameters and relationships

  • Influence of workpiece characteristics
  • Grinding parameters and relationships
  • Changing operating conditions and affect on cutting conditions
  • Grinding formulas and charts
  • Chip geometry in grinding process
  • Designing grinding wheel formulations to adept to designed process
  • Design of grinding process based on quality requirement equipment and other process variables

Examples of grinding process design

  • Application of grinding relationship for cycle design and selection of feeds
  • and speeds
  • Centerless thrufeed and cylindrical infeed grinding
  • Internal grinding
  • Creep feed- surface grinding
  • Double disc grinding

Grinding fluids

  • Function of fluid application
  • Types of grinding fluids
  • Grinding in straight oils
  • Water based grinding fluids
  • Considerations in selecting fluid type
  • Fluid temperature and effect on quality workpiece
  • Central systems
  • Influence of fluid on entire process
  • Heat generation and how to keep the coolant temperature under control

Truing and dressing of grinding wheels

  • Definition of Truing and dressing
  • Basic method of truing
  • Steady truing tools, types and truing feeds and speeds
  • Crush dressing
  • Diamond roll types and construction
  • Diamond roll mesh size selection
  • Diamond roll truing parameters
  • Truer rolls and various forms for profile applications ( for cnc or cam type truing attachments)
  • Truing power requirements
  • Factors affecting diamond roll life
  • Continuous truing technology

Surface finish and Integrity

  • Surface finish nomenclature, texture symbols, and measurements
  • Surface texture and dimensional accuracy
  • Surface integrity interior effects
  • Indicators for need of need to control integrity

Maintaining process performance

  • Grinding fluid maintenance
  • Repeatability of grinding wheels
  • Grinding cycle monitoring
  • Grinding machine maintenance and performance
  • Reconditioning (rebuilt) Remanufacturing Retrofit and new equipment
  • Automation of grinders. Reasons and justification, Degree of flexibility, Size control and automation, Reliability of automation

Grinding with CBN grinding wheels

  • CBN grain hardness and thermal conductivity
  • Bonding systems for CBN grinding wheels
  • Critical machine capabilities for CBN applications
  • Conditioning of CBN grinding wheels (truing and dressing)
  • Applications for CBN grinding wheels

Next Class Dates

November 9, 10 & 11

Price $895

Location: Classroom training at Concord Best Western Inn Clinton Township, MI. Plant tour and discussion of automation at CRI New Haven MI

Registration: Please call Michelle at CRI: 586-749-6529 x201. All we need is company name and address, participants name and email address

Cancellation Policy: Full refund will be issued for cancellations received in writing (fax 586-749-5421) or by e-mail to michellek@centerless.net. Cancellations within three days of the event (includes no shows) are not entitled to a refund of any portion of payment for the event.

 

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