STEP - BASED CAD/CAPP INTEGRATION FOR  FINISH MACHINING OPERATIONS

Arivazhagan Anbalagan

STEP - BASED CAD/CAPP INTEGRATION FOR FINISH MACHINING OPERATIONS

Arivazhagan Anbalagan

Mechanical Engineering

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

This chapter presents various CAD/CAPP integration methodologies adopted in Feature Recognition Module (FRM) of a “Finish Machining – Computer Aided Process Planning system” (FM-CAPP). The FRM contains three sub modules to process the inputted STEP AP203/214 data of a 3D CAD model. They are (i) Interfacer developed for STEP AP203/214 formats (IFST) (ii) Feature Identifier (FI) and (iii) Machinable Volume Identifier for Finish cut (MVI). Methodologies are explained for all the three sub modules to recognize features of type normal, interacting, tapering, interacting-tapering and curved base. Finally, a case study is presented to validate the adopted integration methodology.

Original language	English
Title of host publication	DAAAM Scientific Book 2010
Publication status	Published - 8 Oct 2010

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title = "STEP - BASED CAD/CAPP INTEGRATION FOR FINISH MACHINING OPERATIONS",

abstract = "This chapter presents various CAD/CAPP integration methodologies adopted in Feature Recognition Module (FRM) of a “Finish Machining – Computer Aided Process Planning system” (FM-CAPP). The FRM contains three sub modules to process the inputted STEP AP203/214 data of a 3D CAD model. They are (i) Interfacer developed for STEP AP203/214 formats (IFST) (ii) Feature Identifier (FI) and (iii) Machinable Volume Identifier for Finish cut (MVI). Methodologies are explained for all the three sub modules to recognize features of type normal, interacting, tapering, interacting-tapering and curved base. Finally, a case study is presented to validate the adopted integration methodology.",

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N2 - This chapter presents various CAD/CAPP integration methodologies adopted in Feature Recognition Module (FRM) of a “Finish Machining – Computer Aided Process Planning system” (FM-CAPP). The FRM contains three sub modules to process the inputted STEP AP203/214 data of a 3D CAD model. They are (i) Interfacer developed for STEP AP203/214 formats (IFST) (ii) Feature Identifier (FI) and (iii) Machinable Volume Identifier for Finish cut (MVI). Methodologies are explained for all the three sub modules to recognize features of type normal, interacting, tapering, interacting-tapering and curved base. Finally, a case study is presented to validate the adopted integration methodology.

AB - This chapter presents various CAD/CAPP integration methodologies adopted in Feature Recognition Module (FRM) of a “Finish Machining – Computer Aided Process Planning system” (FM-CAPP). The FRM contains three sub modules to process the inputted STEP AP203/214 data of a 3D CAD model. They are (i) Interfacer developed for STEP AP203/214 formats (IFST) (ii) Feature Identifier (FI) and (iii) Machinable Volume Identifier for Finish cut (MVI). Methodologies are explained for all the three sub modules to recognize features of type normal, interacting, tapering, interacting-tapering and curved base. Finally, a case study is presented to validate the adopted integration methodology.

UR - http://www.daaam.info/Downloads/Pdfs/science_books_pdfs/2010/Sc_Book_2010-037.pdf

M3 - Chapter

BT - DAAAM Scientific Book 2010

ER -

STEP - BASED CAD/CAPP INTEGRATION FOR FINISH MACHINING OPERATIONS

Abstract

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