Industrial Rheology
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| No. |
Author(s) - Title |
Pages |
1.
|
Abdel-Rahman M.A., Marzouk W.W. and Magdy A.M. -- Wear and friction behavior of metal powder filled epoxy coatings
|
11-18
|
2.
|
Daimallah A., Kherfellah N. and Benhadid S. -- Rheological behavior of polymer used in drilling fluid
|
19-24
|
3.
|
El-Gamal I.M., Schnabel R. and Anton W. -- Time-dependent rheology of crude oils and effect of wax and asphaltene constituents
|
25-32
|
4.
|
Grzeszczyk S. and Janowska-Renkas E. -- Effect of traditional and new generation superplastuicizers on the rheological properties of cement pastes
|
33-38
|
5.
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Grzeszczyk S. and Lipowski G. -- The influence of mineral fillers on rheological properities of cement pastes
|
39-42
|
6.
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Ihnatouski M.I. and Sviridenok A.I. -- The contact problem on a metal indenter penetration into a strongly rough polymer surface
|
43-48
|
7.
|
Kherfellah N., Bekkour K. and Benhadid S. -- Rheological behavior of oil base drilling mud at high pressure and high temperature
|
49-54
|
8.
|
Kherfellah N., Bekkour K. and Benhadid S. -- Lost circulation problem analysis and evaluation of the types of lost circulation materials and their placement techniques
|
55-60
|
9.
|
Kopecky M., Cuth V., Letko I. and Vavro J. -- Fatigue testing and equipment for tests of steel cords
|
61-65
|
10.
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Korobko E.V., Gorodkin R.G., Goncharova N.A. and Baikow V.I. -- Some features of the composition effect on the rheology and characteristic of ERF spreading
|
67-72
|
11.
|
Liaw M.S. and Moggridge G.D. -- Shear-induced structures in a commercial surfactant-based system: effect of various salts
|
73-78
|
12.
|
Mongkolwongrojn M. and Aiumpornsin Ch. -- Static and dynamic characteristics of journal bearings with non-newtonian palm-based oils
|
79-86
|
13.
|
Muraki M., Kurihara I. and Igarashi J. -- Rheological properties of mineral base oils and polymer solutions for engine lubricants
|
87-92
|
14.
|
Raadnui S. -- Palm oil-based grease blending: utilization of the statistical design of experiments (DOE)
|
93-96
|
15.
|
Raadnui S. -- Palm oil-based grease rheological properties
|
97-102
|
16.
|
> Raadnui S. -- Palm oil-based grease tribological characteristics
|
103-108
|
17.
|
Rucevskis S., Chate A., Reichhold J. and Bledzki A.K. -- Effective elastic constants of unidirectional fiber-reinforced composites with the concept of interphase
|
109-115
|
18.
|
Trufakina L.M., Streletz L.A., Bogoslovsky A.V. and Altunina L.K. -- The dynamics of mechanical resistance in 'polyacrylamide-formaldehyde-water' system
|
117-120
|
| |
Analytical Methods
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| No. |
Author(s) - Title |
Pages |
1.
|
Bouyahia F., El Khlifi M., Souchet D. and Hajjam M. -- Non-Newtonian behavior analysis in lubrication flows
|
121-126
|
2.
|
Broniarz-Press L. and Różański J. -- A new description of "diameter effect" in pipe flow of surfactant solutions
|
127-133
|
3.
|
Broniarz-Press L., Różański J., Dryjer S. and Woziwodzki S. -- Characteristics of the flow of the surfactants solutions in the curved pipes
|
135-139
|
4.
|
Jeddi L., El Khlifi M. and Bonneau D. -- The rheology and thermohydrodynamic analysis of non-Newtonian lubricant flows in a Rayleigh step
|
141-146
|
5.
|
Kim Y.-J. and Kim T.-A. -- Convective micropolar boundary layer flows over a wedge with constant surface heat flux
|
147-153
|
6.
|
Kohge K. and Minemura K. -- Numerical simulation of pulsating blood flow through stenosed vessel
|
155-161
|
7.
|
Limanowski J. and Haponiuk E. -- Application of the Arrhenius equation to evaluation of flavored cheese viscosity
|
163-167
|
8.
|
Starushenko G., Krulik N. and Tokarzewski S. -- Investigation and analysis of periodic problem for layered composite structure on periodic foundation by means of non-smooth argument transformation method
|
169-177
|
9.
|
Walicka A. -- Flow of a viscoelastic fluid of Rivlin-Ericksen between rotating surfaces of revolution
|
179-186
|
10.
|
Walicka A. and Walicki E. -- Inertia effect in a flow of a generalized second grade fluid of a power-law type between two fixed surfaces of revolution
|
187-194
|
| |
Rheometry and Experimental Methods
|
| No. |
Author(s) - Title |
Pages |
1.
|
Bilyk V.A. and Makhaniok A.A. -- The simulation of the annular flow of ERF with the inhomogeneity of electrical field strength
|
195-200
|
2.
|
Broniarz-Press L., Różański J. and Bednarz J. -- pH effect on rheological properties of surfactant solutions in hard water
|
201-206
|
3.
|
Broniarz-Press L., Różański J., Dryjer S. and Bednarz J. -- Effect of the strong electrolyte addition on rheological properties of aqueous solutions of sodium carboxymethyl cellulose
|
207-212
|
4.
|
Chaari F., Chaouche M., Benyahia L. and Tassin J.F. -- Rheo-optical characterisation of linear low density polyethylene crystallization under shear
|
213-218
|
5.
|
Collomb J., Chaari F. and Chaouche M. -- Squeeze flow of concentrated suspensions of spheres in Newtonian or shear-thinning fluids
|
219-224
|
6.
|
Comandar C., Amariei N. and Leon D. -- Isochronous creep curves for a low alloy steel
|
225-229
|
7.
|
Dornyak O. -- Prediction of rheological behaviour of wood during its compression
|
231-237
|
8.
|
Górecki M. and Zalewska A. -- Rheometric properties of non-Newtonian systems
|
239-243
|
9.
|
Kozo Ikegami -- Experimental investigation of viscoelastic properties of epoxy resin during curing process
|
245-249
|
10.
|
Jakobsons E., Faitelson L. and Palcevskis E. -- Rheology of concentrated suspensions of plasma-processed fine alumina
|
251-258
|
11.
|
Kawalec-Pietrenko B. and Konopacka-Łyskawa D. -- Time-dependent slurry viscosity of fine-grained silicon dioxide particles
|
259-264
|
12.
|
Laka M., Chernyavskaya S., Faitelson L. and Jakobsons E. -- Effect of electrolytes on the rheological properties of microcrystalline cellulose gels
|
265-269
|
13.
|
Luo Y.S., Dohda K. and Wang Z. -- Experimental solution for viscosity coefficient of solid alloy material
|
271-276
|
14.
|
Luo Y.S., Su J.X., Deng X.H. and Chen W. -- Exploitation and applicating research on surveying system of pyromagnetic effect during rupture process of PVC sheet with defects
|
277-282
|
15.
|
Merten A., Schwetz M. and Münstedt H. -- Laser-Doppler velocimetry - a powerful tool to investigate the flow behavior of polymer melts
|
283-288
|
16.
|
Mesec A., uterič Z. and umer M. -- Extrusion process optimization by non-Newtonian extrusion model
|
289-294
|
17.
|
Pawelec M.K. and Sosnowski T.R. -- Relaxation phenomena at the air-water interface with surfactants
|
295-300
|
18.
|
Pogrebnyak V. and Shubin O. -- Experimental research of the distortions of the molecular shape of flexible polymers under wall-adjacent turbulent and laminar flows conditions
|
301-306
|
19.
|
Shulman Z.P., Makhaniok A.A., Vilanskaya S.V., Zhavrid E.A., Istomin Y.P. and Sheleg S.V. -- Rheological changes in rat blood as a result of photodynamic treatment
|
307-312
|
20.
|
Smirnov V.F., Yemelyanov D.N. and Chernorukova Z.G. -- Role of biodestruction by microscopic fungi in change of elastic-strength properties of polymers
|
313-318
|
21.
|
Wilkes C. and Gampert B. -- The flow of viscoelastic fluids in an opposed jets rheometer and a Fano flow rheometer
|
319-324
|
22.
|
Zgardzinski K., Oelschlägel F. and Schnabel R. -- Modelling and simulation of biaxial stretching of PVC-films
|
325-331
|
| |
Intelligent Processing of Materials
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| No. |
Author(s) - Title |
Pages |
1.
|
Graczyk J., Buggisch H. and Essawy H. -- Extrusion and rheological properties of a-aluminum oxide pastes
|
333-338
|
2.
|
Maximov A.V., Shevchenko S.S. and Maximova O.G. -- The local order and mobility in polymer films generated by orientation drawing
|
339-345
|
|