By Gwidon Stachowiak, Andrew W Batchelor
Engineering Tribology, 4th version is a longtime introductory reference targeting the most important suggestions and engineering implications of tribology. Taking an interdisciplinary view, the publication brings jointly the correct wisdom from varied fields had to in attaining potent research and keep an eye on of friction and wear.
Updated to hide contemporary advances in tribology, this new version contains new sections on ionic and mesogenic lubricants, floor texturing, and multiscale characterization of 3D surfaces and coatings. present traits in nanotribology are mentioned, reminiscent of these in terms of lubricants, coatings and composites, and geotribology is introduced.
Suitable as an introductory textual content, a refresher or an on-the-job reference, Engineering Tribology, 4th Edition is meant for ultimate 12 months undergraduate and postgraduate scholars in mechanical engineering in addition to specialist engineers. it's also proper to these operating in fabrics engineering, utilized chemistry, physics and bioengineering.
- Offers a entire review of the mechanisms of damage, lubrication and friction in an obtainable demeanour designed to help beginner engineers, non-specialists and students
- Provides a reader-friendly method of the topic utilizing illustrations to collapse the in most cases advanced difficulties linked to tribology
- Includes end-of-chapter difficulties to check understanding
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In some of these viscometers, the temperature of the fluid sample is controlled during tests. This is achieved by circulating pre-heated or cooled external fluid through the plate of the viscometer. These viscometers can be used with both Newtonian and non-Newtonian fluids as the shear rate is approximately constant across the gap. 15. 17) where: η is the dynamic viscosity [Pas]; r is the radius of the cone [m]; M is the shear torque on the cone [Nm]; ω is the angular velocity [rad/s]; α is the cone angle [rad]; k is the viscometer constant, usually supplied by the manufacturer [m-3].
1 [s]. Kinematic viscosity can also be measured by so called ‘short tube’ viscometers. In the literature they are also known as efflux viscometers. As in the previously described viscometers, viscosity is determined by measuring the time necessary for a given volume of fluid to discharge under gravity through a short tube orifice in the base of the instrument. The most commonly used viscometers are Redwood, Saybolt and Engler. The operation principle of these viscometers is the same, and they only differ by the orifice dimensions and the volume of fluid discharged.
The advantage of this viscometer is that a very small sample volume of fluid is required for the test. In some of these viscometers, the temperature of the fluid sample is controlled during tests. This is achieved by circulating pre-heated or cooled external fluid through the plate of the viscometer. These viscometers can be used with both Newtonian and non-Newtonian fluids as the shear rate is approximately constant across the gap. 15. 17) where: η is the dynamic viscosity [Pas]; r is the radius of the cone [m]; M is the shear torque on the cone [Nm]; ω is the angular velocity [rad/s]; α is the cone angle [rad]; k is the viscometer constant, usually supplied by the manufacturer [m-3].