Simulation of the intermittent cutting action of a bandsaw blade

Mohammed Sarwar; Hakan Hellbergh; Anand Raj Doraisingam; Martin Persson

Simulation of the intermittent cutting action of a bandsaw blade

Mohammed Sarwar, Hakan Hellbergh, Anand Raj Doraisingam, Martin Persson

Northumbria University

Research output: Book/Report › Commissioned report › peer-review

Abstract

Bandsawing is fast becoming the most preferred procedure for cutting-off standard workpieces owing to low kerf loss and high metal removal rates. One of the primary problems in evaluating metal bandsaws and developing newer variants, comprising of new saw tooth materials, their heat treatment, or different tooth forms and quality, has been costly and time consuming sawing tests. In order to overcome this, simulation work using a Single tooth test method previously developed was tested and validated. Cutting tests were performed at fine depths of cut (2-10 μm) usually found in actual bandsawing process.

Original language	English
Publisher	Society of Manufacturing Engineers
Publication status	Published - 2002

Keywords

Bandsaw blade
cutting
cutting tool
machines
machining
metal sawing

Cite this

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title = "Simulation of the intermittent cutting action of a bandsaw blade",

abstract = "Bandsawing is fast becoming the most preferred procedure for cutting-off standard workpieces owing to low kerf loss and high metal removal rates. One of the primary problems in evaluating metal bandsaws and developing newer variants, comprising of new saw tooth materials, their heat treatment, or different tooth forms and quality, has been costly and time consuming sawing tests. In order to overcome this, simulation work using a Single tooth test method previously developed was tested and validated. Cutting tests were performed at fine depths of cut (2-10 μm) usually found in actual bandsawing process.",

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author = "Mohammed Sarwar and Hakan Hellbergh and Doraisingam, {Anand Raj} and Martin Persson",

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year = "2002",

language = "English",

publisher = "Society of Manufacturing Engineers",

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AU - Hellbergh, Hakan

AU - Doraisingam, Anand Raj

AU - Persson, Martin

N1 - Number: MR02-271

PY - 2002

Y1 - 2002

N2 - Bandsawing is fast becoming the most preferred procedure for cutting-off standard workpieces owing to low kerf loss and high metal removal rates. One of the primary problems in evaluating metal bandsaws and developing newer variants, comprising of new saw tooth materials, their heat treatment, or different tooth forms and quality, has been costly and time consuming sawing tests. In order to overcome this, simulation work using a Single tooth test method previously developed was tested and validated. Cutting tests were performed at fine depths of cut (2-10 μm) usually found in actual bandsawing process.

AB - Bandsawing is fast becoming the most preferred procedure for cutting-off standard workpieces owing to low kerf loss and high metal removal rates. One of the primary problems in evaluating metal bandsaws and developing newer variants, comprising of new saw tooth materials, their heat treatment, or different tooth forms and quality, has been costly and time consuming sawing tests. In order to overcome this, simulation work using a Single tooth test method previously developed was tested and validated. Cutting tests were performed at fine depths of cut (2-10 μm) usually found in actual bandsawing process.

KW - Bandsaw blade

KW - cutting

KW - cutting tool

KW - machines

KW - machining

KW - metal sawing

M3 - Commissioned report

BT - Simulation of the intermittent cutting action of a bandsaw blade

PB - Society of Manufacturing Engineers

ER -

Simulation of the intermittent cutting action of a bandsaw blade

Abstract

Keywords

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