The original contribution is available at http://www.sciencedirect.com/science/article/pii/S0263224106000327International audienceThis paper describes how the range of application of a texture analyser, used for mechanical tests of solids and liquids in the food and cosmetics industry, can be extended to reproduce squeeze flow geometry. It describes the necessary optimisation of the device to ensure parallelism and thermal regulation of the plates during tests. The error on the load cell and the instrument compliance are evaluated. The influence of these artefact measurements is investigated in terms of interpretation of rheological properties of materials
The key problem in characterising the rheology of shear-sensitive soft food is that placing the samp...
Rheology is a diverse field with a wide selection of rheometers capable of measuring fluid propertie...
In this paper, the design, fabrication and experimental analysis of a piezoelectrically actuated mic...
In most conventional rheometers, notably the coaxial cylinders and capillary viscometers, the food s...
International audienceThe squeezing flow geometry is here used to investigate the properties of conc...
A starch-glycerol gel was subjected to a two-bite compression test using two sample-instrument geome...
The theoretical behavior of a double layered array of two Newtonian liquids is described in terms of...
In testing semiliquid foods, conventional viscometers have two major problems: slip and disruption o...
In this paper, the analysis and design of a piezoelectrically actuated micro squeeze flow rheometer ...
The imperfect squeezing flow patterns of almost intact canned fat free and vegetarian refried beans ...
A method for predicting the optimal conditions for polymer extrusion, which relies only on gramscale...
Commercial samples of dulce de leche (milk sweet, caramel jam) of two types, made by two different m...
The Foodtexture Puff Device (FPD) is a noncontact rheological measurement device, which applies an a...
The rheological characterization of semi-liquid foods has encountered two major difficulties: (1) th...
Squeeze flow of fluids between surfaces is important in rheology, material processing, lubrication a...
The key problem in characterising the rheology of shear-sensitive soft food is that placing the samp...
Rheology is a diverse field with a wide selection of rheometers capable of measuring fluid propertie...
In this paper, the design, fabrication and experimental analysis of a piezoelectrically actuated mic...
In most conventional rheometers, notably the coaxial cylinders and capillary viscometers, the food s...
International audienceThe squeezing flow geometry is here used to investigate the properties of conc...
A starch-glycerol gel was subjected to a two-bite compression test using two sample-instrument geome...
The theoretical behavior of a double layered array of two Newtonian liquids is described in terms of...
In testing semiliquid foods, conventional viscometers have two major problems: slip and disruption o...
In this paper, the analysis and design of a piezoelectrically actuated micro squeeze flow rheometer ...
The imperfect squeezing flow patterns of almost intact canned fat free and vegetarian refried beans ...
A method for predicting the optimal conditions for polymer extrusion, which relies only on gramscale...
Commercial samples of dulce de leche (milk sweet, caramel jam) of two types, made by two different m...
The Foodtexture Puff Device (FPD) is a noncontact rheological measurement device, which applies an a...
The rheological characterization of semi-liquid foods has encountered two major difficulties: (1) th...
Squeeze flow of fluids between surfaces is important in rheology, material processing, lubrication a...
The key problem in characterising the rheology of shear-sensitive soft food is that placing the samp...
Rheology is a diverse field with a wide selection of rheometers capable of measuring fluid propertie...
In this paper, the design, fabrication and experimental analysis of a piezoelectrically actuated mic...