Joel RECH

Publication Date: 2012

Publication Name: Journal of Materials Processing Technology

Research Interests:
Materials Engineering, Mechanical Engineering, and Manufacturing Engineering

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Publication Date: 2008

Publication Name: International Journal of Material Forming

Research Interests:
Automotive Industry, Process Improvement, Finite Element Model, Residual Stress, and Process Parameters

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The quantification of friction coefficient along the tool–workmaterial interface in machining remains an issue in tribology. This paper aims identifying the evolution of friction coefficient for a large range of sliding velocity during... more

The quantification of friction coefficient along the tool–workmaterial interface in machining remains an issue in tribology. This paper aims identifying the evolution of friction coefficient for a large range of sliding velocity during the machining of a AISI4140 steel (290HB) with a TiN coated carbide tool. The influence of a straight oil is investigated compared to a dry sliding situation

Publication Date: 2010

Publication Name: International Journal of Machine Tools and Manufacture

Research Interests:
Manufacturing Engineering, Partition Coefficient, and Friction Coefficient

Publication Date: 2008

Publication Name: International Journal of Material Forming

Research Interests:
Numerical Modelling, Numerical Model, Austenitic stainless steel, and Friction Coefficient

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ABSTRACT This paper overviews some typical tribo-contact characteristics obtained in the turning of the pearlitic-ferritic nodular iron (EN-GJS-500-7 grade with UTS=500 MPa) when using carbide tools coated with single TiAlN and multiple... more

ABSTRACT This paper overviews some typical tribo-contact characteristics obtained in the turning of the pearlitic-ferritic nodular iron (EN-GJS-500-7 grade with UTS=500 MPa) when using carbide tools coated with single TiAlN and multiple TiC/Ti(C,N)/Al 2 O 3 /TiN layers, as well as silicon nitride Si 3 N 4 based ceramic tools. As a competitor, a P20 uncoated carbide grade was selected. The fundamental process readings include the tool-chip interface temperature, Peclet number, friction coefficient and the tool-chip contact length as functions of cutting parameters. In particular, the measurements of cutting temperature were carried out using conventional tool-work thermocouple method and IR mapping technique. It is concluded based on many process characteristics that multilayer coated and ceramic tools can substantially improve the performance of nodular iron machining.

Publication Date: 2014

Research Interests:
Manufacturing Engineering

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Publication Date: 2008

Publication Name: Wear

Research Interests:
Materials Engineering, Mechanical Engineering, Plasticity, Process Control, Wear, and 9 moreTribology, Micromachining, Erosion, Topography, Abrasive wear, Experimental Study, Plastic deformation, Rotation Speed, and Specific Energy

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A better understanding of friction modeling is required to lead to more realistic finite element models (FEMs) of machining process. This work proposes to evaluate the performance of a new friction model depending on the local sliding... more

A better understanding of friction modeling is required to lead to more realistic finite element models (FEMs) of machining process. This work proposes to evaluate the performance of a new friction model depending on the local sliding velocity, compared to a standard approach considering a constant Coulomb friction coefficient. A finite element model, based on the Arbitrary Lagrangian–Eulerian (ALE) approach,

Publication Date: 2008

Publication Name: CIRP Journal of Manufacturing Science and Technology

Research Interests:
Manufacturing Engineering, Stainless Steel, Arbitrary Lagrangian Eulerian formalism, Finite Element Model, and Numerical Model

Publication Date: 2010

Publication Name: Wear

Research Interests:
Materials Engineering, Mechanical Engineering, Wear, Finite Element, Finite Element Analysis, and 4 moreResidual Stress, Physical Properties, Friction Coefficient, and Surface Texture

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Publication Date: 2008

Research Interests:
Machining

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Publication Date: 2006

Publication Name: Journal de Physique IV (Proceedings)

Research Interests:
Materials Engineering, Mechanical Engineering, Finite element method, Numerical Modelling, Mathematical Sciences, and 6 moreManufacturing Engineering, Physical sciences, Chip, Analytical Method, Cutting Force, and Numerical Model

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Publication Date: 2008

Publication Name: International Journal of Machining and Machinability of Materials

Research Interests:
Materials Engineering, Mechanical Engineering, Numerical Modelling, Finite Element, Manufacturing Engineering, and 8 moreFinite Element Model, Machining and machinability of materials, Microstructures, Residual Stress, Austenitic stainless steel, Thermal Effects, Large Strain, and Mechanical Loading

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Publication Date: 2005

Publication Name: Journal of Materials Processing Technology

Research Interests:
Materials Engineering, Mechanical Engineering, Numerical Modelling, Rolling Contact Fatigue, Manufacturing Engineering, and 4 moreMechanical systems, Crack Initiation, Fracture Mechanic, and Yield stress

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Research Interests:
Mechanical Engineering, Interdisciplinary Engineering, and Applied Thermal Engineering

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This paper investigates the effects of edge radius of a round-edge PVD coated tool upon chip formation, cutting forces, and tool stresses in orthogonal cutting of an alloy steel 42CrMo4 (AISI 4142H). A comprehensive experimental approach... more

This paper investigates the effects of edge radius of a round-edge PVD coated tool upon chip formation, cutting forces, and tool stresses in orthogonal cutting of an alloy steel 42CrMo4 (AISI 4142H). A comprehensive experimental approach based on end turning of thin-walled tubes is conducted using advanced coated tools with well-defined cutting edge radii ranging from 9 to 28 microns.

Research Interests:
Finite Element, Cutting Force, Stress distribution, Stress Distribution, Tool life, and PVD coating

This paper investigates the effects of edge radius of a round-edge PVD coated tool upon chip formation, cutting forces, and tool stresses in orthogonal cutting of an alloy steel 42CrMo4 (AISI 4142H). A comprehensive experimental approach... more

This paper investigates the effects of edge radius of a round-edge PVD coated tool upon chip formation, cutting forces, and tool stresses in orthogonal cutting of an alloy steel 42CrMo4 (AISI 4142H). A comprehensive experimental approach based on end turning of thin-walled tubes is conducted using advanced coated tools with well-defined cutting edge radii ranging from 9 to 28 microns.

Research Interests:
Finite Element, Cutting Force, Stress distribution, Stress Distribution, Tool life, and PVD coating

This paper investigates the effects of edge radius of a round-edge coated carbide tool on chip formation, cutting forces, and tool stresses in orthogonal cutting of an alloy steel 42CrMo4 (AISI 4142H). A comprehensive experimental study... more

This paper investigates the effects of edge radius of a round-edge coated carbide tool on chip formation, cutting forces, and tool stresses in orthogonal cutting of an alloy steel 42CrMo4 (AISI 4142H). A comprehensive experimental study by end turning of thin-walled tubes is conducted, using advanced coated tools with well-defined cutting edge radii ranging from 5 to 68 microns. In

Publication Date: 2009

Publication Name: Machining Science and Technology

Research Interests:
Viscoplasticity, Modeling, Finite element method, Finite Element, Optimization, and 7 moreFinite Element Analysis, Manufacturing Engineering, Experimental Study, Chip, Cutting Force, Stress distribution, and Stress Distribution

Publication Date: 2010

Publication Name: AIP Conference Proceedings

Research Interests:
Heat Transfer, Pattern Formation, Tool wear, High Temperature, Thermogravimetry, and 10 moreTemperature measurement, Infrared Thermography, Thermal Analysis, Infrared, Differential Thermal Analysis, Thermogravimetric Analysis, Finite Temperature Field Theory, Residual Stress, Thermal Activation, and Experimental Data

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Publication Date: 2008

Publication Name: Journal of Materials Processing Technology

Research Interests:
Materials Engineering, Mechanical Engineering, High Pressure, Manufacturing Engineering, High Temperature, and 6 moreHigh Speed, Finite Element Model, Numerical Model, Austenitic stainless steel, Friction Coefficient, and Performance Measure

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Publication Date: 2010

Publication Name: Advanced Materials Research

Research Interests:
Materials Engineering, Advanced Materials, and Residual Stress

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Publication Date: 2005

Publication Name: Wear

Research Interests:
Materials Engineering, Mechanical Engineering, Wear, Process Improvement, Abrasive wear, and 8 moreLoad distribution, Contact area, Numerical Model, Residual Stress, Three Dimensional, Coefficient of Friction, Pressure Distribution, and Surface Texture

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Publication Date: 2012

Publication Name: International Journal of Machine Tools and Manufacture

Research Interests:
X Rays, Manufacturing Engineering, Stainless Steel, Steady state, Shear Zone, and 7 moreHybrid Approach, X ray diffraction, Numerical Model, Residual Stress, Experimental Measurement, Simulation Model, and Mechanical Loading

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Publication Date: 2006

Publication Name: Wear

Research Interests:
Materials Engineering, Mechanical Engineering, Wear, High Speed, Tool life, and Wear resistance

... rech@ enise. fr Hedi HAMDI ENISE-LTDS, 58 Rue Jean Parot, 42000 St-Etienne (France), joel. rech@ enise. ... [17] ED DOYLE, JG HORNE, D. TABOR,&quot; Frictional interactions between chip and rake face in continuous chip... more

... rech@ enise. fr Hedi HAMDI ENISE-LTDS, 58 Rue Jean Parot, 42000 St-Etienne (France), joel. rech@ enise. ... [17] ED DOYLE, JG HORNE, D. TABOR,&quot; Frictional interactions between chip and rake face in continuous chip formation&quot;, Proc. R. Soc. London, Vol. 336, 1979, pp. ...

L'ENSAM est un Grand Etablissement composé de sept centres : AIX-EN-PROVENCE - ANGERS - BOREAUX - CHÄLONS-SUR-MARNE - CLUNY - LILLE - PARIS ... Ce travail est le résultat d'une recherche qui s'est déroulée au sein de la... more

L'ENSAM est un Grand Etablissement composé de sept centres : AIX-EN-PROVENCE - ANGERS - BOREAUX - CHÄLONS-SUR-MARNE - CLUNY - LILLE - PARIS ... Ce travail est le résultat d'une recherche qui s'est déroulée au sein de la société Equipements et

The analysis of the plastic injection mold market shows the interest of reducing milling costs; the improvement of mold steel machinability is one response to rough milling. The quantification of the gains offered by new mold steels... more

The analysis of the plastic injection mold market shows the interest of reducing milling costs; the improvement of mold steel machinability is one response to rough milling. The quantification of the gains offered by new mold steels requires the development of more accurate and suitable comparison methods to appreciate the response to rough milling with toric milling cutters. The methods proposed in this paper take into account more reliable tool-life criteria. Results of comparison tests are analysed from scientific, technological and economical points of view. Moreover, the deduced models lead to a better understanding of the respective roles of each parameter.

Research Interests:
Environmental Engineering, Mechanical Engineering, Manufacturing Engineering, Injection Molding, Tool life, and Point of View

... rech@ enise. fr Hedi HAMDI ENISE-LTDS, 58 Rue Jean Parot, 42000 St-Etienne (France), joel. rech@ enise. ... [17] ED DOYLE, JG HORNE, D. TABOR,&quot; Frictional interactions between chip and rake face in continuous chip... more

... rech@ enise. fr Hedi HAMDI ENISE-LTDS, 58 Rue Jean Parot, 42000 St-Etienne (France), joel. rech@ enise. ... [17] ED DOYLE, JG HORNE, D. TABOR,&quot; Frictional interactions between chip and rake face in continuous chip formation&quot;, Proc. R. Soc. London, Vol. 336, 1979, pp. ...

Publication Date: 2005

Download (.pdf)

Publication Date: 2012

Publication Name: Journal of Materials Processing Technology

Research Interests: Materials Engineering, Mechanical Engineering, and Manufacturing Engineering<div>()</div>

Publication Date: 2008

Publication Name: International Journal of Material Forming

Research Interests: Automotive Industry, Process Improvement, Finite Element Model, Residual Stress, and Process Parameters<div>()</div>

Publication Date: 2010

Publication Name: International Journal of Machine Tools and Manufacture

Research Interests: Manufacturing Engineering, Partition Coefficient, and Friction Coefficient<div>()</div>

Publication Date: 2008

Publication Name: International Journal of Material Forming

Research Interests: Numerical Modelling, Numerical Model, Austenitic stainless steel, and Friction Coefficient<div>()</div>

Publication Date: 2014

Research Interests: Manufacturing Engineering<div>()</div>

Publication Date: 2008

Publication Name: Wear

Publication Date: 2008

Publication Name: CIRP Journal of Manufacturing Science and Technology

Research Interests: Manufacturing Engineering, Stainless Steel, Arbitrary Lagrangian Eulerian formalism, Finite Element Model, and Numerical Model<div>()</div>

Publication Date: 2010

Publication Name: Wear

Publication Date: 2008

Research Interests: Machining<div>()</div>

Publication Date: 2006

Publication Name: Journal de Physique IV (Proceedings)

Publication Date: 2008

Publication Name: International Journal of Machining and Machinability of Materials

Publication Date: 2005

Publication Name: Journal of Materials Processing Technology

Research Interests: Mechanical Engineering, Interdisciplinary Engineering, and Applied Thermal Engineering<div>()</div>

Research Interests: Finite Element, Cutting Force, Stress distribution, Stress Distribution, Tool life, and PVD coating<div>()</div>

Research Interests: Finite Element, Cutting Force, Stress distribution, Stress Distribution, Tool life, and PVD coating<div>()</div>

Publication Date: 2009

Publication Name: Machining Science and Technology

Publication Date: 2010

Publication Name: AIP Conference Proceedings

Publication Date: 2008

Publication Name: Journal of Materials Processing Technology

Publication Date: 2010

Publication Name: Advanced Materials Research

Research Interests: Materials Engineering, Advanced Materials, and Residual Stress<div>()</div>

Publication Date: 2005

Publication Name: Wear

Publication Date: 2012

Publication Name: International Journal of Machine Tools and Manufacture

Publication Date: 2006

Publication Name: Wear

Research Interests: Materials Engineering, Mechanical Engineering, Wear, High Speed, Tool life, and Wear resistance<div>()</div>

Research Interests: Environmental Engineering, Mechanical Engineering, Manufacturing Engineering, Injection Molding, Tool life, and Point of View<div>()</div>

Publication Date: 2005

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Research Interests:
Materials Engineering, Mechanical Engineering, and Manufacturing Engineering

Research Interests:
Automotive Industry, Process Improvement, Finite Element Model, Residual Stress, and Process Parameters

Research Interests:
Manufacturing Engineering, Partition Coefficient, and Friction Coefficient

Research Interests:
Numerical Modelling, Numerical Model, Austenitic stainless steel, and Friction Coefficient

Research Interests:
Manufacturing Engineering

Research Interests:
Manufacturing Engineering, Stainless Steel, Arbitrary Lagrangian Eulerian formalism, Finite Element Model, and Numerical Model

Research Interests:
Machining

Research Interests:
Mechanical Engineering, Interdisciplinary Engineering, and Applied Thermal Engineering

Research Interests:
Finite Element, Cutting Force, Stress distribution, Stress Distribution, Tool life, and PVD coating

Research Interests:
Finite Element, Cutting Force, Stress distribution, Stress Distribution, Tool life, and PVD coating

Research Interests:
Materials Engineering, Advanced Materials, and Residual Stress

Research Interests:
Materials Engineering, Mechanical Engineering, Wear, High Speed, Tool life, and Wear resistance

Research Interests:
Environmental Engineering, Mechanical Engineering, Manufacturing Engineering, Injection Molding, Tool life, and Point of View