Computing the maximum turnable state of simple parts

D. Dutta, K. Murty, Georg J. Still, J.J. Wilharms

Abstract

Machining planning is an important task which directly affects the cost of a product. Computer aided methods are increasingly being developed and used to assist in the planning task. We describe a new concept, the Maximum Turnable State of a part. The concept is intuitive and relates to an intermediate state of every turned part. By using this idea in machining planning, efficiency can be increased. We describe the concept, study the mathematical, geometrical and computational aspects of the problem and give examples.
Original languageUndefined
Place of PublicationEnschede
PublisherDepartment of Applied Mathematics, University of Twente
StatePublished - 1999

Publication series

Name
PublisherDepartment of Applied Mathematics, University of Twente
No.1492
ISSN (Print)0169-2690

Fingerprint

Planning
Machining
Costs

Keywords

  • MSC-65D17
  • MSC-90C26
  • EWI-3312
  • IR-65681

Cite this

Dutta, D., Murty, K., Still, G. J., & Wilharms, J. J. (1999). Computing the maximum turnable state of simple parts. Enschede: Department of Applied Mathematics, University of Twente.

Dutta, D.; Murty, K.; Still, Georg J.; Wilharms, J.J. / Computing the maximum turnable state of simple parts.

Enschede : Department of Applied Mathematics, University of Twente, 1999.

Research output: Other research outputReport

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abstract = "Machining planning is an important task which directly affects the cost of a product. Computer aided methods are increasingly being developed and used to assist in the planning task. We describe a new concept, the Maximum Turnable State of a part. The concept is intuitive and relates to an intermediate state of every turned part. By using this idea in machining planning, efficiency can be increased. We describe the concept, study the mathematical, geometrical and computational aspects of the problem and give examples.",
keywords = "MSC-65D17, MSC-90C26, EWI-3312, IR-65681",
author = "D. Dutta and K. Murty and Still, {Georg J.} and J.J. Wilharms",
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Dutta, D, Murty, K, Still, GJ & Wilharms, JJ 1999, Computing the maximum turnable state of simple parts. Department of Applied Mathematics, University of Twente, Enschede.

Computing the maximum turnable state of simple parts. / Dutta, D.; Murty, K.; Still, Georg J.; Wilharms, J.J.

Enschede : Department of Applied Mathematics, University of Twente, 1999.

Research output: Other research outputReport

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AB - Machining planning is an important task which directly affects the cost of a product. Computer aided methods are increasingly being developed and used to assist in the planning task. We describe a new concept, the Maximum Turnable State of a part. The concept is intuitive and relates to an intermediate state of every turned part. By using this idea in machining planning, efficiency can be increased. We describe the concept, study the mathematical, geometrical and computational aspects of the problem and give examples.

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Dutta D, Murty K, Still GJ, Wilharms JJ. Computing the maximum turnable state of simple parts. Enschede: Department of Applied Mathematics, University of Twente, 1999.