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Kinematic

The kinematic viscosity is defined as the ratio between the absolute viscosity and the density. It is expressed in m /s. The most commonly used unit is mm /s formerly called centistoke, cSt. [Pg.95]

They can also be calculated from tbe kinematic viscosities at 100 and 210°F. After having calculated the densities, pj and p, one obtains ( S )... [Pg.128]

Coefficients a and b can also be determined from the kinematic viscosities at 100 and 210°F. [Pg.129]

ASTM proposes representing the kinematic viscosity of hydrocarbons by a straight line on graph paper, called viscometric, for which the scales are such that ... [Pg.129]

T = temperature a, b = straight line coefficients c = kinematic viscosity log = common logarithm (base 10)... [Pg.129]

The exact calculation of the index is given in the ASTM D 2270 standard. The kinematic viscosity at 40°C (f/) of an oil whose viscosity index (V7) is being calculated is compared with those of two reference oils for which the viscosity indices are 0 and 100 respectively, and which have at 100°C the same kinematic viscosity as that of the oil being examined )... [Pg.132]

M = molecular weight j/joo = kinematic viscosity at lOOT Tff = pour point temperature... [Pg.173]

For optimum combustion, the fuel should vaporize rapidly and mix intimately with the air. Even though the design of the injection system and combustion chamber play a very important role, properties such as volatility, surface tension, and fuel viscosity also affect the quality of atomization and penetration of the fuel. These considerations justify setting specifications for the density (between 0.775 and 0.840 kg/1), the distillation curve (greater than 10% distilled at 204°C, end point less than 288°C) and the kinematic viscosity (less than 8 mm /s at -20°C). [Pg.226]

The heavy fuel should be heated systematically before use to improve its operation and atomization in the burner. The change in kinematic viscosity with temperature is indispensable information for calculating pressure drop and setting tbe preheating temperature. Table 5.20 gives examples of viscosity required for burners as a function of their technical design. [Pg.236]

Average kinematic viscosity required for the atomization of heavy fuels. [Pg.237]

For the refiner, the main problem is to meet the specifications for kinematic viscosity and sulfur content. Dilution by light streams such as home-heating oil and LCO, and selection of feedstocks coming from low-sulfur crude oils give him a measure of flexibility that will nevertheless lead gradually to future restrictions, most notably the new more severe antipollution rules imposing lower limits on sulfur and nitrogen contents. [Pg.241]

Cranking Simulator), by a pumpability temperature limit measured by a rotating mini viscometer, and by the minimum kinematic viscosity at 100°C. The five summer grades are defined by bracketing kinematic viscosities at 100°C. [Pg.277]

A chart by J. Groff relates the SAE grades, the kinematic viscosity, and the viscosity indices. This correlation is given in Figure 6.1 in the 1994 edition. [Pg.277]

This is the essential characteristic for every lubricant. The kinematic viscosity is most often measured by recording the time needed for the oil to flow down a calibrated capillary tube. The viscosity varies with the pressure but the influence of temperature is much greater it decreases rapidly with an increase in temperature and there is abundant literature concerning the equations and graphs relating these two parameters. One can cite in particular the ASTM D 341 standard. [Pg.282]

Other characteristics often required Kinematic viscosities at 40°C and 100°C NFT 60-100... [Pg.310]

The viscosity is determined by measuring the time it takes for a crude to flow through a capillary tube of a given length at a precise temperature. This is called the kinematic viscosity, expressed in mm /s. It is defined by the standards, NF T 60-100 or ASTM D 445. Viscosity can also be determined by measuring the time it takes for the oil to flow through a calibrated orifice standard ASTM D 88. It is expressed in Saybolt seconds (SSU). [Pg.318]

Kinematic viscosity NFT 60-100 ISO 3104 and 3105 ASTM D 445 and D 446 Measurement of time required to flow between 2 marks in a tube... [Pg.448]

Viscosity index NFT 60-136 ISO 2909 ASTM D 2270 Calculation based on kinematic viscosity... [Pg.451]

The same definition of viscosity applies to oil as gas (see Section 5.2.6), but sometimes the kinematic viscosity is quoted. This is the viscosity divided by the density (u = i7p), and has a straight line relationship with temperature. [Pg.109]

McCaffery A J 1999 Quasiresonant vibration-rotation transfer a kinematic interpretation J. Chem. Phys. Ill 7697... [Pg.1085]

The discussion of Rutherford backscattering spectrometry starts with an overview of the experimental target chamber, proceeds to the particle kinematics that detennine mass identification and depth resolution, and then provides an example of the analysis of a silicide. [Pg.1829]


See other pages where Kinematic is mentioned: [Pg.96]    [Pg.128]    [Pg.131]    [Pg.132]    [Pg.234]    [Pg.236]    [Pg.240]    [Pg.240]    [Pg.241]    [Pg.313]    [Pg.495]    [Pg.911]    [Pg.707]    [Pg.722]    [Pg.722]    [Pg.1236]    [Pg.1645]    [Pg.1769]    [Pg.1800]    [Pg.1801]    [Pg.1806]    [Pg.1830]    [Pg.1831]    [Pg.1833]    [Pg.1847]    [Pg.1934]    [Pg.2062]    [Pg.2077]   
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See also in sourсe #XX -- [ Pg.27 ]

See also in sourсe #XX -- [ Pg.46 , Pg.48 , Pg.62 , Pg.182 , Pg.313 ]

See also in sourсe #XX -- [ Pg.67 ]

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See also in sourсe #XX -- [ Pg.425 , Pg.426 , Pg.428 ]




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A Kinematic Temperature Wave

A kinematic description of unsteady-state behaviour

An Example of Kinematic Constraint Instability

Angular momentum kinematic effects

Approximate second quantization and kinematic interaction

Aqueous solutions kinematic viscosity

Atom-Surface Scattering, Kinematics

Biomechanics kinematics

Boundary conditions kinematic

Bright-field kinematical conditions

Carbon dioxide kinematic viscosity

Collision kinematics

Control of the Kinematic model

Conversion factors kinematic-viscosity

Conversion kinematic viscosity

Correlation Functions The Kinematics of Order

Crack kinematics

Critical length scales, kinematics, and dissipation

Cylindrical Thin Shell Kinematics

Deformation Kinematics

Determination of kinematic diffusion coefficient

Dynamic and Kinematic Viscosity

Dynamic eddy kinematic

EDDY kinematic viscosity

Eddy diffusion kinematic viscosity

Eddy kinematic

Eddy kinematic viscosity buffer layer

Eddy kinematic viscosity, isotropic turbulence

Electrolytes kinematic viscosity

Elements of Relativistic Kinematics

Elongational flows kinematics

Event Kinematics

Extended Kinematics, Profile Geometries

Factor kinematical

Fast beam kinematics

Fluid Mechanics and Kinematic Similarity

Fluid flow, kinematics

Fluid flow, kinematics velocity

Fluid kinematics

Fluids kinematic history

Galactic kinematics

Galaxy kinematics

Gas kinematic viscosity

General Beam Kinematics

General Thin Shell Kinematics

Geochemical Kinematics and Dynamics

Geometry surface kinematics

Glass, kinematic viscosity

Hardening kinematic

Hardening model kinematic

Human movement joint kinematics

Inverse Kinematics

Inverse kinematic problem

Joint kinematics

Kerosene kinematic viscosity

Kinematic Calibration

Kinematic Constraint Instability

Kinematic Constraint Instability Mechanism

Kinematic Constraint Instability in Multi-DOF System Models

Kinematic Diffraction

Kinematic Model

Kinematic Viscosity of 60 levo-2,3-Butanediol, Glycerol and Ethylene Glycol Solutions at Low Temperatures

Kinematic analysis

Kinematic and Dynamic Parameters of a Robotic Mechanism

Kinematic and Geometric Theories of X-ray Diffraction

Kinematic approach

Kinematic approximation

Kinematic approximation, spot intensities

Kinematic broadening

Kinematic coagulation

Kinematic compression

Kinematic condition

Kinematic constraints

Kinematic cooling

Kinematic cooling techniques

Kinematic coupling

Kinematic crystal diffraction

Kinematic data

Kinematic description

Kinematic effect

Kinematic excitation

Kinematic factor

Kinematic factors definition

Kinematic factors expansion

Kinematic framework

Kinematic heating

Kinematic history

Kinematic interaction

Kinematic interaction of exciton-polaritons in crystalline organic microcavities

Kinematic mass model

Kinematic momentum

Kinematic operator

Kinematic pair

Kinematic parameter of flow

Kinematic parameters

Kinematic polarization

Kinematic relationships

Kinematic separation

Kinematic separator

Kinematic shock waves

Kinematic theory

Kinematic theory of diffraction

Kinematic trapping

Kinematic variants

Kinematic velocity

Kinematic viscosity biodiesel

Kinematic viscosity conversion formulas

Kinematic viscosity definition

Kinematic viscosity methanol

Kinematic viscosity mixing length

Kinematic viscosity of water

Kinematic viscosity table

Kinematic viscosity units

Kinematic viscosity: defined

Kinematic wave equation

Kinematic wave velocity

Kinematic wave velocity, stability

Kinematic waves

Kinematic waves dispersion

Kinematical and weak beam dark field (WBDF) images of dislocations

Kinematical approximation

Kinematical differential equation

Kinematical diffraction

Kinematical diffraction theory

Kinematical effects

Kinematical limit

Kinematical model

Kinematical scattering

Kinematical theory

Kinematical theory of diffraction

Kinematical theory of electron diffraction

Kinematically admissible bending

Kinematics

Kinematics Cartesian coordinate systems

Kinematics The Geometry of Deformation

Kinematics and Equilibrium

Kinematics and Kinetics

Kinematics and Material Frame-Indifference

Kinematics and Stress

Kinematics cylindrical

Kinematics description

Kinematics elastic collisions

Kinematics equation

Kinematics formal development

Kinematics general

Kinematics in Moving (Convected) Coordinates

Kinematics of Continua

Kinematics of Elastic Collisions

Kinematics of Harmonic Oscillations

Kinematics of a material point

Kinematics of deformation

Kinematics of fluid flow

Kinematics of the rotational motion

Kinematics order parameters

Kinematics properties

Kinematics rotation

Kinematics statistical

Kinematics table

Kinematics table method

Kinematics thin-walled

Kinematics, molecular internal space

Liquid kinematic viscosity

Mass-conserving kinematic equation

Mechanics kinematics

Molecular kinematics

Momentum kinematic operator

Momentum kinematical

Multibody system kinematic analysis

Newtonian fluids kinematic viscosity

Nuclear kinematics

On the Dispersion of Linear Kinematic Waves

Prandtl number kinematic viscosity ratio

Reaction Kinematics

Reaction Kinematics for NRA

Real time kinematics

Recoil-ion momentum spectroscopy kinematics

Reflectivity under the Kinematic Approximation

Relativistic kinematic

Relativistic kinematics

Relativistic kinematics kinetic energy

Relativistic kinematics momentum

Reverse kinematics

Reynolds Number kinematic viscosity

Rotational motion kinematics

Rotor Kinematics

Scattering kinematics, Rutherford

Shear deformation kinematics

Silicones, kinematic viscosity

Similarity kinematic

Similarity: geometric, kinematic, dynamic

Single-screw extruders kinematics

Spatially periodic suspensions kinematics

Stability kinematic

Striation thickness reduction from kinematical arguments

Surface Kinematics

The Kinematic Angle of Friction between Powder and Hopper Wall

The Kinematic Approach

The Kinematic Condition

The Kinematic Energy Loss

The Kinematic View of Brillouin Spectroscopy

The Ultimate Form of a Kinematic Wave

Thin-Walled Beam Kinematics

Turbulent kinematic viscosity

Uniaxial kinematic strain

V Kinematic viscosity

Viscosity kinematic

Viscosity kinematical coefficient

Viscosity, critical kinematic

Viscosity, kinematic water

Vortex kinematics

Water, properties kinematic viscosity

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