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Wheat Bread with Grape Seeds Micropowder: Impact on Dough Rheology and Bread Properties Appl. Rheol. (IF 0.878) Pub Date : 2020-12-31 Veronika Valková; Hana Ďúranová; Jana Štefániková; Michal Miškeje; Marián Tokár; Lucia Gabríny; Przemysław Łukasz Kowalczewski; Miroslava Kačániová
The current study was designed to enhance the functionality of white bread by replacement of wheat flour with different levels (1%, 2%, 5%, and 8%) of grape seeds micropowder (GSMP) with nanosized particles (10 µm). Chemical composition of GSMP, volume and sensory attributes, evaluated with the panel of evaluators and an electronic nose (e-nose) and an electronic eye (e-eye) were investigated in the
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Modeling of Shear Rheological Behavior of Uncured Rubber Melt Appl. Rheol. (IF 0.878) Pub Date : 2020-12-31 Hengxiao Yang; Qimian Mo; Hengyu Lu; Shixun Zhang; Wei Cao; Changyu Shen
To describe uncured rubber melt flow, a modified Phan–Thien–Tanner (PTT) model was proposed to characterize the rheological behavior and a viscoelastic one-dimensional flow theory was established in terms of incompressible fluid. The corresponding numerical method was constructed to determine the solution. Rotational rheological experiments were conducted to validate the proposed model. The influence
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Rheological behavior of a bentonite mud Appl. Rheol. (IF 0.878) Pub Date : 2020-12-31 Daniela Martins Marum; Maria Diná Afonso; Brian Bernardo Ochoa
Predicting drilling fluids rheology is crucial to control/optimize the drilling process and the gas extraction from drilling fluids in logging systems. A Couette viscometer measured the apparent viscosity of a bentonite mud at various shear rates and temperatures. The bentonite mud behaved as a yield-pseudoplastic fluid, and a modified Herschel-Bulkley model predicted the shear rate and temperature
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Correlating Coating Quality of Coverage with Rheology for Mica-Based Paints Appl. Rheol. (IF 0.878) Pub Date : 2020-12-28 Jacob Anderson; Shailesh Shori; Esmaiel Jabbari; Harry J. Ploehn; Francis Gadala-Maria; Dimitrios Priftis
This paper examines the relationship between rheology and the qualitative appearance of dried, mica-based paint coatings used in the aerospace industry. The goal is to identify key rheological characteristics indicative of poor coating visual appearance, providing a screening tool to identify unsatisfactory paint formulations. Four mica paints were studied, having coating visual appearances ranging
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Rheology of polysulfone-N-methylpyrrolidone solutions used in the technology of lithium-ion batteries Appl. Rheol. (IF 0.878) Pub Date : 2020-11-18 V. G. Kulichikhin; A.Ya. Malkin; I.V. Gumennyi; V.A. Govorov
This paper is devoted to the analysis of the rheological properties of polysulfone solutions in N-methylpyrrolidone, which are an intermediate stage in preparing lithium-ionic batteries. The viscosity of the solutions has been measured in wide ranges of shear rate, temperature, and concentration. The crucial role of water in measuring the rheological properties of solutions has been observed and avoided
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Insights in thixotropic concrete pumping by a Poiseuille flow extension Appl. Rheol. (IF 0.878) Pub Date : 2020-11-09 Robin De Schryver; Geert De Schutter
Thixotropy is a reversible time-dependent phenomenon in fluids, in which an internal structure grows due to flocculation and breaks down under shear action. Numerous fluids are thixotropic, e.g. concretes and cementitious suspensions. Pumping of concrete is an important application. Since current approaches omit thixotropic effects, we aim to develop a simple theoretical model to evaluate or understand
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Analysis of the complex rheological properties of highly concentrated proteins with a closed cavity rheometer Appl. Rheol. (IF 0.878) Pub Date : 2020-10-17 Patrick Wittek; Nicole Zeiler; Heike P. Karbstein; M. Azad Emin
Highly concentrated biopolymers are used in food extrusion processing. It is well known that rheo-logical properties of biopolymers influence considerably both process conditions and product properties. Therefore, characterization of rheological properties under extrusion-relevant conditions is crucial to process and product design. Since conventional rheological methods are still lacking for this
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The influence of sulfate availability on rheology of fresh cement paste Appl. Rheol. (IF 0.878) Pub Date : 2020-09-08 Willy Mbasha; Rainer Haldenwang; Irina Masalova
Natural gypsum can degenerate into hemihydrate during cement clinker grinding which changes the physical and chemical properties of cement hydration, affecting therefore the fresh and hardened properties of cement based materials. Cement systems containing a constant total amount of calcium sulfate (4%) with relative proportions of hemihydrate and natural gypsum were considered. Rheological measurements
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Automated Characterization of Non-Newtonian Fluids Using Laboratory Setup Appl. Rheol. (IF 0.878) Pub Date : 2020-07-30 Dan Sui; Juan Carlos Martinez Vidaur
The automation towards drilling fluid properties’ measurement has been pursued in the recent years in order to increase drilling efficiency with less human intervention. Adequately monitoring and adjusting density and rheology of drilling fluids are fundamental responsibilities of mud engineers. In this study, experimental tests that automatically characterize fluids were conducted. The basic objective
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Rheological Enhancement of Artificial Sputum Medium Appl. Rheol. (IF 0.878) Pub Date : 2020-07-04 Mingyang Tan; Yating Mao; Travis W. Walker
This investigation proposes a synthetic biofluid, artificial sputum medium (ASM) and xanthan gum (XG), that mimics the mucus from a patient with cystic fibrosis, and investigates the rheological properties both macroscopically and microscopically. Macroscopic rheological characterization cannot address the heterogeneity or the behavior of particle transport inside the mucus. Microscopic rheology enables
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Effect of Solid Additives on the Rheological Property of Nitroglycerin Plasticized Nitrocellulose Appl. Rheol. (IF 0.878) Pub Date : 2020-04-27 Le Qi; Zhongliang Ma; Jiahao Liang; Zhongliang Xiao
The rheological properties of energetic materials comprising nitroglycerin plasticized nitrocellulose were studied using rheological tests in a parallel plate rheometer. The Carreau-Yasuda equation was applied to calculate the zero-shear viscosity, and the dependence of solid additives, temperature and solvent content on zero-shear viscosity was developed. One can study flow characteristics of the
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Characterization of velocity fluctuations and the transition from transient to steady state shear banding with and without pre-shear in a wormlike micelle solution under shear startup by Rheo-NMR Appl. Rheol. (IF 0.878) Pub Date : 2020-04-06 Rehab N. Al-kaby; Sarah L. Codd; Joseph D. Seymour; Jennifer R. Brown
Rheo-NMR velocimetry was used to study shear banding of a 6 wt.% cetylpyridinium chloride (CPCl) worm-like micelle solution under shear startup conditions with and without pre-shear. 1D velocity profiles across the fluid gap of a concentric cylinder Couette shear cell were measured every 1 s following shear startup for four different applied shear rates within the stress plateau. Fitting of the velocity