MIR HAMID REZA GHOREISHY
(Professor)
Tel + (9821) 44580000 , 44580082
Fax + (9821) 44580021-23
E-mail: M.H.R.Ghoreishy@ippi.ac.ir
Reference:
Prof. Vahid Nassehi, Department of Chemical Engineering,
Education:
Ph.D. Chemical Engineering (1997)
Thesis: Finite Element Modelling of Rubber
Mixing Process in Internal Mixers
M.Sc. Polymer Engineering (1990)
Thesis: Optimization of rubber extrusion
process
B.Sc. Polymer Engineering (1987)
Thesis: Flow of non-Newtonian fluids in pipes
under laminar and turbulent conditions
Employment:
Iran Polymer and Petrochemical Institute
(IPPI) - June 1990 to present
TEHRAN-IRAN
Academic member of Processing Department (Rubber
Division)
Rubber Industries Eng. & Research Co.
(RIERCO) - (July 1988 -June 1990).
TEHRAN-IRAN
Researcher in department of tire design and
construction
Iran Tire Co. - ( October 87-March 88).
TEHRAN-IRAN
Researcher in compounding department
M.Sc. Thesis Supervised
1.
Cure
kinetic study and numerical simulation of the vulcanization process of the
truck tire tread compound based on NR/IR/BR blend. Feb. 2000.
2.
Numerical
simulation of the flow of polymer fluids in coextrusion die
for a three-component (Rubber/Foam/Metal) product. March 2001.
3.
Finite
element analysis of silicon rubber o-ring seals. September 2003.
4.
Design
and optimization of white sidewall compound for steel belted radial tires.
April 2004.
5.
Kinetics
and mathematical modeling of the changes in rheological behavior of carbon
black filled compounds in internal mixers, March 2005.
6.
Temperature
prediction in rolling radial truck tire using finite element method, March 2005
7.
Experimental
Investigation of Non-isothermal curing kinetics of tread compound of radial
tires using RPA, February 2006.
8.
Finite
Element analysis of a free rolling radial tire, June 2007.
9.
Experimental
and numerical study of processing and geometrical variables on mechanical
properties of thermoplastic honeycombs, March 2008
10. Study and evaluation of crack reduction in
NR/BR compounds by EPDM, January 2009.
11. Simulation of the vulcanization process
and kinetics of the cure reaction of the nano filler rubber compounds for a
lifter bar rubber product, November 2009.
PhD Thesis Supervised
1.
Numerical
simulation of viscoelastic flow of rubber compound through extruder duplex die,
March 2004.
2.
Simulation
of catalytic heterogeneous reaction in fixed bed reactor: oxidative coupling of
methane, August 2008.
Book chapters
1.
Ghoreishy, M.H.R., Numerical Simulation of the Curing Process of Rubber
Articles (Chater 11). In: Computational Materials, Editor: Wilhelm U.
Oster, Nova Science Publishers Inc. (NY), ISBN: 978-1-60456-896-7
Publications and Presentations
ENGLISH
1.
Ghoreishy, M. H. R., Pneumatic tire modeling by membrane method. Iranian Journal
of Polymer Science and Technology (English Edition) 1993, 2, (1),
37-43.
2.
Ghoreishy, M. H. R., Transient finite element model of mixing of rubber compounds in
a banbury mixer. Iranian Polymer Journal (English Edition) 1996,
5, (1), 30-41.
3.
Ghoreishy, M. H. R.; Rafizadeh, M., Numerical simulation of thermoplastic melt flow
in single screw extruder using finite element method. Plastics, Rubber and
Composites Processing and Applications 1996, 25, (3), 120-125.
4.
Ghoreishy, M. H. R.; Nassehi, V., Modeling the transient flow of rubber compounds in
the dispersive section of an internal mixer with slip-stick boundary
conditions. Advances in Polymer Technology 1997, 16, (1), 45-68.
5.
Nassehi, V.; Ghoreishy,
M. H. R., Simulation of Free Surface Flow in Partially Filled Internal
Mixers. International Polymer Processing 1997, 12, (4), 346-353.
6.
Nassehi, V.; Ghoreishy,
M. H. R.; Freakley, P. K.; Clarke, J., Development of validated, predictive
mathematical model for rubber mixing. Plastics, Rubber and Composites
Processing and Applications 1997, 26, (3), 103-112.
7.
Nassehi,V.;
Ghoreishy,M.H.R., Finite element
analysis of mixing in partially filled twin blade internal mixers,” International
Polymer Processing 1998, 13, (3), 231-238
8.
Ghoreishy, M. H. R.; Nouri, M. R., Three-dimensional finite element analysis of a
power-law fluid in an extrusion die. Iranian Polymer Journal (English
Edition) 1998, 7, (4), 277-287.
9.
Ghoreishy, M. H. R.; Nouri, M. R., Finite element analysis of thermoplastic melts
flow through the metering and die regions of single screw extruders. Journal
of Applied Polymer Science 1999, 74, (3), 676-689.
1.
Ghoreishy, M. H. R.; Razavi-Nouri, M.; Naderi, G., Finite element analysis of flow of
thermoplastic elastomer melt through axisymmetric die with slip boundary
condition. Plastics, Rubber and Composites 2000, 29, (5),
224-228.
2.
Ghoreishy, M. H. R., Finite element analysis of a 6.45-14 bias tire under contact
load. Iranian Polymer Journal (English Edition) 2001, 10, (1),
45-52.
3.
Ghoreishy, M. H. R.; Karrabi, M.; Nouri, M. R., Development of optimized rubber
compounds for the components of the bead section of a low aspect ratio
steel-belted radial tire. Iranian Polymer Journal (English Edition) 2001,
10, (2), 115-123.
4.
Ghoreishy, M. H. R.; Naderi, G., A new method for the determination of the thermal
conductivity of rubber compounds. Iranian Polymer Journal (English Edition) 2001,
10, (5), 315-320.
5.
Nassehi, V.; Ghoreishy,
M. H. R., Modeling of mixing in internal mixers with long blade tips. Advances
in Polymer Technology 2001, 20, (2), 132-145.
6.
Ghoreishy,
M.H.R.,
FEA in the Mold. Tire Technology International, 2001,
(Annual Review), 74-77.
7.
Ghoreishy, M.H.R., , A numerical study on the non-linear finite element analysis
of a tyre under axisymmetric loading. Iranian Polymer Journal (English
Edition) 2002, 11, (5), 325-332.
8.
Ghoreishy, M. H. R., Modelling the nonlinear deformation in steel-belted radial
tyres under inflation loading. Iranian Polymer Journal (English Edition) 2003,
12, (1), 57-65.
9.
Karrabi, M.;
Bakhshandeh, G.; Ghoreishy, M. H. R., Rheological study of tyre tread
compound (Part II): A method to study the relaxation time and viscosity index
using parallel plate rheometer. Iranian Polymer Journal (English Edition) 2004,
13, (5), 397-404.
10.
Karrabi, M.; Ghoreishy,
M. H. R.; Bakhshandeh, G., Rheological study of tyre tread compound (part
I): Determination of wall slip coefficient and elastic swell using capillary
rheometer. Iranian Polymer Journal (English Edition) 2004, 13,
(4), 317-325.
11.
Ghoreishy, M. H. R.; Naderi, G., Three-dimensional finite element modeling of rubber
curing process. Journal of Elastomers and Plastics 2005, 37, (1),
37-53.
12.
Ghoreishy, M. H. R.; Naderi, G., Three dimensional finite element modelling of truck
tyre curing process in mould. Iranian Polymer Journal (English Edition) 2005,
14, (8), 735-743.
13.
Ghoreishy, M. H. R.; Razavi-Nouri, M.; Naderi, G., Finite element analysis of a
thermoplastic elastomer melt flow in the metering region of a single screw
extruder. Computational Materials Science 2005, 34, (4), 389-396.
14.
15.
Vahedy,
V.; Ghoreishy, M.H.R. Effects on aspect ratio on tire
performance., Rubber World, September 2005, 20-22.
16.
Ghoreishy,
M.H.R. A 3D finite element model for the parametric
study of the belt construction of a steel-belted radial tire. Tire
Technology International, 2005, (Annual Review), 14-16.
17.
Ghoreishy, M. H. R., Finite element analysis of the steel-belted radial tyre with
tread pattern under contact load. Iranian Polymer Journal (English Edition) 2006,
15, (8), 667-674.
18.
Ghoreishy, M. H. R., Finite element analysis of steady rolling tyre with slip angle:
Effect of belt angle. Plastics, Rubber and Composites 2006, 35,
(2), 83-90.
19.
Ghoreishy, M. H. R., Steady state rolling analysis of a radial tyre: Comparison with
experimental results. Proceedings of the Institution of Mechanical
Engineers, Part D: Journal of Automobile Engineering 2006, 220, (6),
713-721.
20.
Parvazinia, M.;
Nassehi, V.; Wakeman, R. J.; Ghoreishy, M. H. R., Finite element
modelling of flow through a porous medium between two parallel plates using the
Brinkman equation. Transport in Porous Media 2006, 63, (1),
71-90.
21.
Ghoreishy, M.H.R. Development of a finite element code for the 3D simulation
of the curing process. Tire
Technology International, 2006, (Annual Review), 84-87.
22.
Ghoreishy, M. H. R.; Malekzadeh, M.; Rahimi, H., A parametric study on the steady
state rolling behaviour of a steel-belted radial tyre. Iranian Polymer
Journal (English Edition) 2007, 16, (8), 539-548.
23.
Ghoreishy,
M.H.R., Malekzadeh, M. and Rahimi, H.,
Free Rolling Analysis of Radial Tires with detailed Tread Patterns., Tire
Technology International, 2007, (Annual review), 66-69.
24.
Ghoreishy, M. H. R., A state of the art review of the finite element modelling of
rolling tyres. Iranian Polymer Journal (English Edition) 2008,
17, (8), 571-597.
25.
Yaghobi, N.; Ghoreishy,
M. H. R., Oxidative coupling of methane in a fixed bed reactor over
perovskite catalyst: A simulation study using experimental kinetic model. Journal
of Natural Gas Chemistry 2008, 17, (1), 8-16.
26.
Yaghobi, N.; Ghoreishy,
M. H. R.; Eslamimanesh, V., An experimental kinetic model for the oxidative
coupling of methane using a bench-scale reactor. Asia-Pacific Journal of
Chemical Engineering 2008, 3, (2), 202-210.
27.
Yaghobi, N.; Ghoreishy,
M.H.R. Comparative study on the kinetic modeling of the oxidative coupling
of methane in laboratory and bench scales. Chemical Product and Process
Modeling 2008, (3),
1-24.
28.
Ghasemi,
29.
Khosrokhavar, R;
Bakhshandeh, G.R.; Ghoreishy, M.H.R.; Naderi, G. PP/EPDM blends and
their developments up to Nanocomposites. Journal of Reinforced Plastics and
Composite, 2009, 28, 9(5), 613-639.
30.
Yaghobi, N.; Ghoreishy,
M.H.R. Modeling the oxidative coupling of methane: Heterogeneous chemistry
coupled with 3D flow field simulation. Journal of Natural gas Chemistry 2009,
18, (1), 39-44.
31.
Ghoreishy, M.H.R., Finite element modeling of the steady state rolling of a radial
tyre with detailed tread pattern. Iranian Polymer Journal, 2009,
18, (8), 641-650.
32.
Ghoreishy, M.H.R. Viscoelastic analysis of rolling tires using the finite element
method, Tire Technology International (Annual review), 2009, 54-57.
33.
Rafei, M., Ghoreishy,
M.H.R., Naderi, G., Development of an advanced computer simulation
technique for the modeling of rubber curing process, Computational Materials
Science, 2009, 47(2), 539-547.
34.
Rahimi, H., Khalili,
V., Ghoreishy, M.H.R., Rezadoust A.M., Esfandeh, M., Effects of
intertube adhesion on mechanical properties of tubular cell polypropylene
honeycombs, Polymers & Polymer Composites, 2009, 17 (8),
513-519.
PERSIAN
1.
Ghoreishy, M.H.R. Tension behavior analysis of elastomers by finite element method.
Iranian Journal of Polymer Science and Technology (Persian edition), 1991,
4,(4), 279-287.
2.
Ghoreishy,M.H.R.; Rafizadeh,M., “ New method of momentum equation solving under
isothermal condition for Non-Newtonian fluids in metering region. Iranian
Journal of Polymer Science and Technology (Persian edition), 1992, 5,
(3), 196-202.
3.
Naderi,G.; Ghoreishy,
M.H.R., “ Scale-up of rubber mixing using unit work method. Iranian
Journal of Polymer Science and Technology (Persian edition), 2001/1379, 13,
(3), 149-155.
4.
Ghoreishy, M.H.R.; Naderi, G., Three dimensional simulation and development of a
computer software for rubber curing process by finite element method", Iranian
Journal of Polymer Science and Technology (Persian edition), 2004/1383, 17,
(1), 21-28.
5.
Khodabakhshi, G.;
Bakhshandeh, G.R.; Ghoreishy, M.H.R. Analysis of stress-strain bevaior
of o-rings under service condition by using finite element method. Iranian
Journal of Polymer Science and Technology (Persian edition), 2004/1383,
17, (2), 99-107.
6.
Karrabi, M.;
Bakhshandeh, G.R.; Ghoreishy, M.H.R. Numerical simulation of the flow of
a tire tread compound through capillary die and laboratory extruder die. Iranian
Journal of Polymer Science and Technology (Persian edition), 2004/1383, 17,
(4), 229-235.
7.
Ravati, S.; Ghoreishy,
M.H.R.; Bakhshandeh, G.R.; Abbasi Soorki, F. Study of rheological
properties of rubber/carbon black compounds during incorporation stage in
internal mixers. Iranian Journal of Polymer Science and Technology (Persian
edition), 2005/1384, 18, (3), 159-169.
8.
Ghoreishy, M.H.R. Finite element modeling of camber angle in radial tire. Iranian
RubberMmagazine, 2005/1384, 9, 53-58.
9.
Ghoreishy, M.H.R.; Asghari, G. determination of vulcanization reaction progress in
rubber goods with RPA, Iranian Rubber Magazine, 2005/1384, 10,
81-85.
10.
Ghoreishy, M.H.R.; Rahimi, H.; Malekzadeh,
M. Runflat systems: a review. Iranian Rubber Magazine, 2006/1386, 10,
67-78.
11.
Karabi, M.;
Bakhshandeh, G.R.; Ghoreishy, M.H.R. Steel belt radial tyre bead area
formulation determination by prototyping. Iranian Rubber Magazine, 2006/1385,
10,30-35.
12.
Ghoreishy, M.H.R.; Asghari, G. Experimental study of non-isothermal curing kinetics
of SBR compound by direct temperature determination and RPA machine. Iranian
Journal of Polymer Science and Technology (Persian edition), 2007, 20,
(1), 11-23.
13.
Ghoreishy, M.H.R. et al., Application of microwave, the study of curing kinetic and
the effect of different components in elastomeric compound on absorption of
microwave. Iranian Rubber Magazine, 2007/1386, 11, 30-35.
14.
Ghoreishy, M.H.R.; Abtahi, M.,A theoretical and experimental study on the footprint
analysis of a 185/65r14 radial tyre with tread pattern using finite element
method. Iranian Journal of Polymer Science and Technology (Persian edition),
2007/1386, 20, (6), 589-598.
15.
Khalili, V.; Rahimi,
H.; Ghoreishy, M.H.R.; Rezadoust, A.M. Modelling of the indentation
behaviour of thermoplastic honeycomb sandwich panels. Iranian Journal of
Polymer Science and Technology (Persian edition). 2008/1387, 21,
(2), 157-166.
16.
Sobhani, H.; Ghoreishy,
M.H.R.; Razavi-Nouri, M. 3-dimensional modeling of flow of polymeric fluids
with various viscosities in an extrusion die using mixed method and tetrahedral
elements. Iranian Journal of Polymer Science and Technology (Persian
edition) 2008/1387, 21, (2), 167-179.
17.
Ghoreishy, M.H.R.; Soltani, S.; Naderi, G. Studies on properties of short fiber
reinforced natural rubber composites. Iranian
Journal of Polymer Science and Technology (Persian edition) 2008/1387, 21,
(3), 259-267.
18.
Ghoreishy, M.H.R.; A parametric study on the effect of the rim diameter in a
radial tire performance using finite element method, Iranian Rubber Magazine,
2008/1387, 13, 4-12.
19.
Ghoreishy, M.H.R., An experimental and numerical verification of different
hyperelastic material models for rubbers under tension and compression
loads, Iranian Journal of Polymer
Science and Technology (Persian edition) 2009/1388, 22, (4),
273-284.
PRESENTAIONS
1.
Yaghobi,
N., Ghoreishy, M.H.R., Oxidative
coupling of methane: an experimental and simulation study, IChEC2009, 16-20
Nov. 2009,
2.
Ghoreishy,
M.H.R. Finite element modeling of tires (a keynote
lecture), ISPST2009, 17-21October 2009,
3.
Sobhani,
H, Ghoreishy, M.H.R., Razavi-nouri, M.,
4.
Ghoreishy,
M.H.R., Naderi, G., Rafei, M.,
Bakhshandeh, G.R., Nasiri, M., Adanced
computer simulation of rubber curing process, ISPST2009, 17-21October 2009,
5.
Sobhani,
H., Ghoreishy, M.H.R., Razavi-nouri, M., Quasi steady state simulation
of polymeric fluids flow in an intermeshing co-rotating twin screw extruder
(TSE), ISPST2009, 17-21October 2009, Tehran, Iran.
6.
Khosrokhavar,
R., Naderi, G., Bakhshande, G.R., Ghoreishy, M.H.R.Effect of processing
conditions on the formation of PP/EPDM/Organoclay nanocomposites in a twin
screw extruder, ISPST2009, 17-21October 2009,
7.
Soltani,
S., Naderi, G. Ghoreishy, M.H.R., Mechanical and morphological
properties of waste short Nylon fiber composites based on NR/SBR, ISPST2009,
17-21October 2009,
8.
Razavi
Nouri, M.; Naderi, G.; Ghoreishy, M.H.R. Morphological properties of
thermoplastic elastomer nanocomposites based on NBR/PP, 25th Annual Meeting of
the Polymer Processing Society, 1-5 March 2009, Goa, India.
9.
Ghoreishy,
M.H.R., Viscoelastic analysis of rolling
tires using FEM (a numerical study) ,
Tire Technology Expo 2009 Conference, 17-19 February 2009,
10.
Yaghobi,
N. and Ghoreishy, M.H.R., Natural gas conversion to ethylene: An
experimental and numerical study, Proceedings of the 1st Annual Gas Processing
Symposium, 10-12 January 2009,
11.
Ghoreishy,
M.H.R. Prediction of tire performance
using virtual and experimental techniques. 9th Iranian National Rubber
Conference, 28-29 Aban 138,
12.
Badripour,
M.; Ehsani, M.; Ghoreishy, M.H.R. Effect of pre-cured EPDM in NRBR blend
properties for tire sidewall, 9th Iranian National Rubber Conference, 28-29
Aban 138, Kish, Iran.
13.
Nderi,
G.; Abolfathi, A.; Bakhshandeh, G.R.; Ghoreishy, M.H.R. Effect of NR
viscosity on mechanical properties of NR/BR nano-composite. 9th Iranian
National Rubber Conference, 28-29 Aban 138,
14.
Naderi,
G.; Ghoreishy, M.H.R.; Soltani, S. Rheological and morphological
properties of short Nylon fiber NR/SBR composites. International Rubber
Technology Conference, 20-23 October 2008,
15.
Soltani,
S.; Ghoreishy, M.H.R.; Naderi, G. Study on short fiber reinforced NR/SBR
composites. International Rubber Technology Conference, 20-23 October 2008,
16.
Sobhani,
H.; Ghoreishy, M.H.R.; Razavi-Nouri, M. Flow analysis of polymeric
fluids in extrusion die using mixed finite element method and tetrahedral
elements. 1st National Conference on
Application of CFD in Chemical Engineering, 25-26 Ordibehesht 1387,
17.
Yaghobi,
N.; Ghoreishy, M.H.R. Simulation of flow with reaction: oxidative
coupling of methane. 1st National Conference on Application of CFD in
Chemical Engineering, 25-26 Ordibehesht 1387,
18.
Yaghobi,
N.; Ghoreishy, M.H.R. Oxidative coupling of methane: interaction between
chemical kinetics and transport phenomena. 2nd national conference of Natural
Gas Conversion, 24-25 Ordibehesht 1387,
19.
Rahimi,
H.; Ghoreishy, M.H.R.; Rezadoust, A.M.; Esfandeh, M.; Khalili, V.
In-plane tensile core delamination strength of tubular cell polypropylene
honeycombs. 8th International Conference on Sandwich Structures (ICSS 8), 6-8
May 2008,
20.
Sobhani,
H., Yousefi, A.A., Razavi Nouri, M. and Ghoreishy, M.H.R., "Simulation
of Elongational Flow in a Two-Channel Die for PVDF Film Extrusion",
ISPST2007, 23-25 October 2007,
21.
Ghoreishy,
M.H.R. and Soltani, S., "Finite
Element Analysis of the Steady Rolling Behavior of a Truck Tire",
ISPST2007, 23-25 October 2007,
22.
Ghoreishy,
M.H.R., "Finite Element Modeling of
Tires with Detailed Tread Pattern", Tire Technology Expo 2007 Conference,
13-15 March 2007,
23.
Ghoreishy,
M. H. R., "On the Finite Element
Results of the Steel-Belted Radial Tires", 8th Iranian National Rubber
Conference, 23-24 Aban 1385,
24.
Ghoreishy,
M.H.R., "Development of a Finite
Element Code for the 3D Simulation of the Curing Process of Tires",
Tire Technology Expo 2006 Conference, 7-9 March 2006,
25.
Parvazinia,
M., Nassehi, V., Ghoreishy, M.H.R. "Isothermal flow of Shear
Thinning Fluids Through a Highly Permeable Porous Medium with Impermeable
Walls", ISTP-16, 29 Aug-1 Sept. 2005,
26.
Parvazinia,
M., Nassehi, V., Ghoreishy,M.H.R. and Wakeman,R.J., "Channelling
Phenomena in Non-Isothermal Flow in Highly Permeable Porous Medium",
ISPST2005. 27-29 September 2005,
27.
Ravati,
S., Ghoreishy, M.H.R., Bakhshandeh, Gh., and Abbasi Sourki, F., "A
Mixing Dependent Approach for Rubber/Carbon Black Compounds in Internal
Mixers", ISPST2005. 27-29 September 2005,
28.
Ghoreishy,
M.H.R. "Finite Element Modeling of a Steel-Belted
Radial Tire under Axisymmetric Load using Rebar Elements",
ISPST2005. 27-29 September 2005,
29.
Ravati,
S., Ghoreishy, M.H.R., Bakhshandeh, Gh., and Abbasi Sourki, F.,
"Mathematical Model for Determination of the Real Content of Carbon Black
in carbon Black/Rubber Agglomerates", ISPST2005. 27-29 September 2005,
30.
Ghoreishy,
M.H.R., "A Finite Element Model for
the Simulation of the Strain Energy Dissipation in a Tire Tread Block",
ISPST2005. 27-29 September 2005,
31.
Ghoreishy,
M.H.R. "A 3D Finite Element Model for
the Parametric Study of Belt Construction of a Steel-Belted Radial Tire",
Tire Technology Expo 2005 Conference, 22-24 February 2005, Cologne, Germany.
32.
Ghoreishy,
M.H.R . et al , "3D Simulation of the
Curing Process of Truck Tires with Complex Tread Patterns", 7th Iranian
National Rubber Conference, 3-4 Azar 1383, Kerman, Iran.
33.
Ghoreishy
M.H.R., "A Comparison Between the
Flow in Two Screw Types in A Hot Feed Extruder Using Finite Element
Method", 7th Iranian National Rubber Conference, 3-4 Azar 1383,
34.
Ghoreishy,
M.H.R. and Razavi-Nouri, M.,
"Modeling the Flow of TPEs in the Metering Zone of Single Screw Extruders
using a Helical Geometry Model", World Polymer Congress (MACRO 2004),
35.
Karabi,
M. Ghoreishy M.H.R. and Bakhshandeh G. R., "Study of the
Rheological Behavior of Rubber Compound of the Tread of Steel-Belted
Radial Tires", 8th National Congress of Chemical Engineering,
36.
Ghoreishy,
M.H.R., "Finite Element Axisymmetric
Analysis of Steel-Belted Radial Tires, ISPST2003. 12-15 May 2003,
37.
Ghoreishy,
M.H.R. and Naderi G., "A Three
Dimensional Finite Element Model for Rubber Curing Process, ISPST2003, 12-15
May 2003, Tehran, Iran.
38.
Karrabi,
M., Ghoreishy, M.H.R., and Bakhshandeh, G.R., "Rheological
Study of Tire Tread Compound Using Two-Parallel Plate Rheometer, ISPST2003,
12-15 May 2003, Tehran, Iran.
39.
Parvazinia,
M., Ghoreishy M.H.R. and Nassehi, V., "Flow Modelling In Porous
Media Using Brinkman Equation, ISPST2003, 12-15 May 2003, Tehran, Iran.
40.
Ghoreishy,
M.H.R., “ Simulation of the Vulcanisation
Process of a Passenger Car Tire in the Curing Mold using Finite Element
Methods,” Tire Technology Expo 2001 Conference, 10-12 January 2001, Cannes,
France
41.
Ghoreishy,
M.H.R. and Razavi Nouri, M., “ Simulation
of Flow in Single Screw Extruders using Finite Element Method,” Fifth Seminar
on Polymer Science and Technology, 12-14 September 2000,
42.
Karabi,
M., Ghoreishy,M.H.R. and Naderi, G., “ Study of the Flow of a Tire Tread
Compound in a Laboratory-Scale Extruder using COSMOS/M,” Fifth Seminar on
Polymer Science and Technology, 12-14 September 2000, Tehran, Iran
43.
Karabi,
M., Ghoreishy, M.H.R. and Bakhshandeh, G.R. "Determination of the
Slip Coefficient and Rheological Parameters of Rubber Compounds Using Capillary
Tube Viscometer", 7th Iranian National Rubber Conference, 3-4 Esfand 1378,
44.
Ghoreishy,
M.H.R., Nassehi,V., and
45.
Heydarzadeh,
H., Savadlu, S., Sheikhol-eslami, F., and Ghoreishy, M.H.R., “ Finite Element
Analysis of a Compactor Bias Tire under Contact Loading.”, Third Int. Rubber
Technology, Conference , 28-30 October 1996,
46.
Ghoreishy,
M.H.R., Nassehi, V. and Hashemi, S.A., “
Modelling the Flow of Rubber Compound in a Single Blade Banbury Mixer with
Multiple Random Free Surface,” Third Int. Rubber Technology Conference, 28-30
October 1996, Tehran, Iran.
47.
Ghoreishy,
M.H.R., and Rafizadeh, M., “ A new
approach to the numerical simulation of Polyethylene melt flow in the metering
region of a single screw extruder,” Int. Seminar of Polymer Science and
Technology, 2-4 May 1994, Shiraz, Iran.
48.
Ghoreishy,M.H.R., and Hosseini, F., “ Finite element analysis of a PU tire
under footprint loading using COSMOS/M,” Int. Seminar of Polymer Science and
Technology, 2-4 May 1994,
49.
Ghoreishy,
M.H.R., “ Finite element stress-strain
analysis of a bias tire under inflation pressure,” Proceeding Int. Rubber.
Technology Conference, 1993,
50.
Ghoreishy,
M.H.R., “ Pneumatic tire modeling by
membrane method,” Int. Rubber Technology Conference, 3-8 November 1991,
51.
Ghoreishy,
M.H.R., “ Tire inflated shape prediction
by finite element method,” Int. Rubber Technology Conference, 3-8 November
1991,
52.
Ghoreishy,
M.H.R. and Nazokdast, H, and Dabir, B., “
The optimization and mathematical modeling of extrusion process of elastomers (
part I, II),” Polymer Science and Technology Seminar , 1990,
Interested research
fields
1.
Numerical simulation and optimization
of polymer processing operations especially rubber mixing, extrusion and
curing.
2.
Finite element modeling of tire
and the other rubber parts under mechanical and thermal loading.
3.
Development of computer software
in rubber industry especially for tire design.
4.
General application of finite
element method in polymer engineering.
5.
Development of new constitutive
models for polymer melts and rubber.
6.
Development and design of rubber
compounds for low-aspect ratio and high-speed tires.
7.
General application of finite
element method in design and optimization of structures.
Additional
Qualifications
1.
Computer programming in FORTRAN,
C and Visual Basic for the development of polymer processing related
applications..
2.
Full experience in FEM
application software ABAQUS, COSMOS/M and MARC. Ability to apply
this software in solving existing polymer processing and polymer mechanics
problems including heat transfer (linear and nonlinear, steady and transient),
solid mechanics (linear and nonlinear with special features for elastomeric
materials) and fluid flow.
3.
I have also developed the
following computer programs:
·
TIMA: Tire
Inflation Membrane Analysis ( C language ) with graphical representing of
results.
·
CARP:
Carpet plot drawing for bias tires ( C language )
·
METREX:
Extrusion process simulation for metering region (non-Newtonian nonisothermal)
in C language with graphical representing of results.
·
FEAFEM, A
detailed computer program for the simulation of flow problems under transient ,
non-isothermal , non-Newtonian and 2-dimensional (x,y and axisymmetric)
conditions with slip boundary condition and multiple random free surface based
on the finite element method. ( FORTRAN on UNIX O.S. )
·
FEFT3 : A
computer program for the simulation of the flow of non-Newtonian fluids under
non-isothermal condition in three-dimensional framework based on the use of
finite element method.
·
KINETICS: A
computer program fully integrated with COSMOS/M software for the prediction of
the state of the cure in tire and the other rubber goods during the
vulcanization process.
·
FEH3D: A
three-dimensional finite element program for the simulation of the heat
transfer and curing process in rubber articles developed in Visual Basic for
Windows environment.
·
METWIN, A
Windows 98 version of METREX developed in Visual basic
·
RHEOCURE, A
Windows based code for the determination of the degree of cure, rate of cure
and equivalent time for the process of the tire and rubber articles
vulcanization process.