Cutting Research Papers - Academia.edu (original) (raw)

Ductile iron can acquire enhanced thermal and mechanical properties from austempering heat treatment. The present study aims to identify the function of different cutting parameters affecting machinability and to quantify its effects. Turning was performed to test machinability according to the ISO3685-1993 (E) standard. After austenitizing at 900 °C for 90 min, austempered ductile iron (ADI) specimens were quenched in a salt bath at 380 °C for 90 min. The cutting force signals along three directions were measured in real time, whereas flank wear and surface roughness were measured offline. For the cutting parameters, the cutting speed and depth of cut were varied, but the feed rate was kept constant. In the flank wear tests, machining length was corresponded to tool life. In addition, in order to find out the effect of cutting parameters on surface roughness (Ra), tangential force (Ft), and flank wear (VB) during turning, response surface methodology (RSM) was utilized by using exp...

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- Mechanical Engineering, Wear, Surface Roughness, Manufacturing Engineering
- by A. Galip Ulsoy
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- Engineering, Wear, Stability, Optimization
- by Kenneth Gunter
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- Mechanical Engineering, Modeling, Evaporation, Fluids
- by Mingwan Young
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- Mechanical Engineering, Chemical Engineering, Design, Modeling
- by Huang Fu Li
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- Coping Strategies, Depression, Child Development, Community
- by Hussain Alsaffar and +1
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- Algorithms, Otolaryngology, Assessment, Virtual Reality
- by R. Deam
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- Materials Engineering, Mechanical Engineering, Wear, Abrasive wear

In this paper we study a 1.5-dimensional cutting stock and assortment problem which includes determination of the number of different widths of roll stocks to be maintained as inventory and determination of how these roll stocks should be cut by choosing the optimal cutting pattern combinations. We propose a new multi-objective mixed integer linear programming (MILP) model in the form

- by Aydin Sipahioglu and +1
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- Multidisciplinary, Linear Model, Cutting, Cutting Stock Problem
- by Michael Gilchrist
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- Finite Element Analysis, Cutting, Finite Element Model, Stress distribution
- by Artur Bartkowiak and +1
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- Mechanical Engineering, Packaging, Morphology, Cutting
- by Qionglei Chen
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- Finite Element Analysis, Automation, Structure Analysis, Cutting
- by L. Gracia
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- Engineering, Bioengineering, Biomedical Engineering, Stigma
- by Pablo Nieto
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- Cutting
- by Vasant Gawade
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- Naval Architecture, Structural Engineering, Marine Engineering, Transport
- by Julia Stegemann
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- Engineering, Environmental Engineering, Petroleum, Carbon
- by Lydia Kokkola
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- Innovation statistics, Suicide, Media, Film
- by Tarek Mabrouki
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- Finite element method, Material, Shear Stress, Cutting
- by Ian Frazer
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- Computer Simulation, Remotely Operated Vehicle, Cutting, Type System
- by Marguerite Quoirin
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- Cutting
- by Michael Gilchrist and +1
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- Modeling, Finite element method, Elastomers, Multidisciplinary
- by Marvin Rausand
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- Modeling, Wear, Tribology, Multidisciplinary
- by Riccardo Bozzo and +1
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- Process Optimization, Experimental Design, Process Variation, Cutting

Objectives: This study aim to evaluate the cutting efficiency of tungsten carbide burs (TC) and rotary diamond instruments by measuring their rake angle and visual examination of their cutting surfaces respectively, using scanning electron microscopy (SEM). Materials and Method: 60 short and long head pear-shaped TC and 18 round rotary diamond instruments that had been used to prepare < than 5, > than 5 and > than 10 cavities were selected from the 3rd & 4th year dental students, Dental Faculty, University of Malaya. 12 cylindrical and flame rotary diamond instruments were also selected from the 5th year students. The rake angle of TC was measured and surfaces of diamond instruments were evaluated using Field Emission Scanning Electron Microscope (FESEM). Each test group comprised of 10 samples and new burs constituted the control group. The data were analysed descriptively and statistically using Two-way ANOVA, SPSS version 12. Results: The rake angles of control, < than 5 and > than 5 groups were significantly higher compared to > than 10 groups, p< .05. Rotary diamond instruments used to prepare < than 5 cavities showed intact diamond particles with distinct cutting facets comparable to control group. Instruments used to prepare > than 10 teeth showed blunt and dislodged diamond particles. Conclusions: The rake angle of TC is significantly lower and diamond instruments showed blunt diamond particles after cutting > than 10 preparations.

- by University Malaya's Dental Research Management Center
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- Cutting, Efficiency, Dental Burs
- by Ernesto Valenzuela
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- Law, International Relations, Political Economy, Agribusiness
- by Paitoon Tontiwachwuthikul
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- Process Control, Intelligent Control, Automatic Control, Control Systems
- by Giuseppe Bogliani and +1
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- Environmental Sciences, Cutting
- by Jean-michel Bergheau and +1
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- Mechanical Engineering, Composite Materials, Tribology, Composite Material
- by Xiaoliang Jin
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- Environmental Engineering, Mechanical Engineering, Strain Rate, Manufacturing Engineering
- by Jonathan Thompson
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- Mathematics, Combinatorial Optimization, Heuristics, Multidisciplinary
- by Gianfranco Palumbo
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- Digital Image Correlation, Welding, Materials Design, Cutting
- by André R . S . Amaral
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- Applied Mathematics, Combinatorics, Computing, Optimization
- by Johan Bergstedt and +1
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- Principal Component Analysis, Statistical Analysis, Forest Ecology And Management, Community
- by alwar samy
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- Materials Engineering, Mechanical Engineering, Scanning Electron Microscopy, Manufacturing Engineering
- by Joan Namulondo
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- Human Rights, Perceptions, Cutting
- by Warren Waggenspack
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- Mechanical Engineering, Algorithms, Artificial Intelligence, Computer Aided Design
- by Julia Stegemann
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- Engineering, Environmental Engineering, Petroleum, Carbon
- by Andrés Botello
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- Catalysis, Carbon, Scanning Electron Microscopy, Carbon Nanotubes
- by Philip Bayly
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- Manufacturing, Proceedings, Cutting
- by Naim Derebasi
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- Materials Engineering, Condensed Matter Physics, Computational Materials Science, Magnetic Materials
- by Michael Bradley
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- Chemical Engineering, Microwave, Energy Consumption, Hazardous Waste
- by Ilyaz Yılmaz
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- Mechanical Engineering, Renewable Energy, Laser, Glass
- by IOSR Journals
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- Mechanical Engineering, Materials Science, Cutting, Co2 Lasers
- by Chandra Nath
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- Mechanical Engineering, Manufacturing, Modeling, Ultrasound
- by Erhan Budak
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- Mechanical Engineering, Design, Modeling, Vibration
- by Ibrahim Demirci
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- Engineering, Modeling, Finite element method, Finite Element