Exemplos de uso de Shear rate em Inglês e suas traduções para o Português
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
Display shear stress/ shear rate.
Controlled shear rate and shear stress-✔✔.
Control your measurements either by speed or by shear rate.
For shear rate control and displaying of the value, a DIN spindle is necessary.
Figure 4 reflects the viscosity of a mixture as a function of shear rate.
New diagrams for secant modulus, shear rate and modulus of elasticity.
It has been proposed that the sound frequency is controlled by the shear rate.
New diagrams for viscosity- shear rate, modulus of elasticity- temperature and much more.
This provides high mixing intensity with ultra-high levels of turbulence and shear rate.
Displays the shear rate reached at the end of fill to check the injection process quality.
Maghemite suspension viscosity behavior is investigated as a function of the shear rate and the applied magnetic field. in the numerical section.
High shear rate performance is pertinent in many industrial processes, such as extrusion and spraying.
The result of this is that the temperature and shear rate have more impact on the variation in the viscosity of emulsions.
This assessment was made by rheograms traced by measurements of viscosity andshear stress by shear rate.
Temperature and shear rate can be closely controlled to simulate the processing environment of interest.
A thixotropic fluid is a fluid which takes a finite time to attain equilibrium viscosity when introduced to a steep change in shear rate.
Our technical services group has the expertise andequipment to analyze the shear rate of your materials used with our mixing system.
For making the shear stress vs shear rate; and viscosity vs shear rate graphs, we employed the arithmetic mean of the sample values.
The first one is that the viscosity of the PP melt decreases significantly with the increase of the shear rate(it is less affected by the temperature);
In cases where viscosity decreases with increasing shear rate, the fluids are classified as shear-thinning, while the opposite behavior is classified as shear-thickening.
We examine the viscosity of your components in conjunction with various mixing geometries dependent on shear rate, temperature, and time.
Analyzing the results of rheology ramps controlled shear rate and dynamic tests with electron microscopy(sem) was possible to correlate the microstructure of materials with their rheological responses.
Non-newtonian fluids exhibit nonlinear relationship between the shear stress and the shear rate, that is, its viscosity is not constant.
This external force takes the form of a shear stress which is defined as the force acting over a unit area of fluid andresults in a velocity gradient across the thickness of sample termed the shear rate.
By analyzing the hysteresis areas between the acceleration anddeceleration curves of the shear stress vs. shear rate graph, one can see that at 20 minutes of hydration, this area is virtually null.
The scale used in Japan for liquids has a higher number of categories: 1-50, 51-150, 151-300, 301-500, and>500 mPa. s,which were measured using a shear rate of 50/s.
Figure 6 shows that for all the pastes,apparent viscosity obtained from the relationship between shear stress and shear rate decreased as shear rate increased, which shows the thixotropic nature of this material.
In this way, any structure of interest can be kept in the field of view and individually investigated andevaluated without changing the shear rate applied to the sample.
This paper is an experimental study based on the analysis of shear stress versus shear rate curves and thixotropic parameters of clay dispersions with xanthan gum and sodium and calcium chlorides.
Based on the application and material work rate, the behavior of the rheological curves was fitted to a shear rate range between 50 and 150s.