Solid Particle Erosion

Occurrence, Prediction and Control

By: Ilmar Kleis, Priit Kulu

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Hardcover | 20 November 2007

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220 Pages

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24.13 x 15.88 x 1.91

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Solid Particle Erosion: Occurrence, Prediction and Control collects together the work of more than 130 industrially-supported research projects conducted over 50 years on erosion at the Tallinn Technical University, Estonia (now the Tallinn University of Technology), much of which is previously unpublished in English.

Providing a systematic review of erosion caused by solid particles, Solid Particle Erosion: Occurrence, Prediction and Control also introduces a new energetic theory of erosion by plastic contact, based on theories of plastic contact and brittle behaviour models for composite structures.

Materials engineers, researchers and students will find Solid Particle Erosion: Occurrence, Prediction and Control a valuable resource on erosion wear mechanisms, with extensive data on erosive wear resistance of conventional steels, powder materials and coatings, criteria for erosive wear-resistant material and coating selection, and case studies on improving the erosion resistance of industrial equipment.

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Non-Fiction Engineering & Technology Technology in General Engineering in General Mechanical Engineering & Materials Materials Science Mechanics of Solids Mechanical Engineering Tribology including Friction & Lubrication

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Published: 13th October 2010

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Notation	p. ix
Experimental Study of Erosion Characteristics	p. 1
Laboratory Equipment Used in Erosion Research	p. 1
Dependence of Erosion on Particle Velocity	p. 14
Dependence of Erosion on Impact Angle	p. 19
Dependence of Erosion on Particle Size	p. 22
Influence of Particle Concentration	p. 24
Effect of Abrasive Mixtures and Liquid Additives on Erosion	p. 27
Effect of Mixtures of Uniform Granularity	p. 27
Effect of Fine-grained Solid Additives on Abrasion	p. 27
Abrasion by Industrial Dusts	p. 30
Effect of Liquid Additives	p. 33
Influence of Temperature on Erosion	p. 36
Erosion of Surface by Grazing Particles	p. 44
References	p. 47
Research into the Physical Mechanism of Erosion	p. 51
Changes in the Macro-and Microgeometry of a Wearing Surface	p. 51
Stress Distribution and Structural Changes in Target Material Surface Layer	p. 57
Fragmentation of Abrasive Particles and Adhesion of the Latter to the Surface	p. 61
References	p. 65
Development of Theories of Collision and Erosion	p. 67
Hypothesis of a Constant Specific Energy; Dynamic Hardness	p. 67
Experimental and Theoretical Determination of the Coefficient of Restitution	p. 76
Analytical Determination of Indentation Load in Terms of Impact Energy	p. 82
Mathematical Models for Force Calculation	p. 82
Comparison of Calculated and Experimental Results	p. 86
Conclusions	p. 88
Theoretical Treatment of Erosion	p. 89
A Short Survey of Erosion Theory	p. 89
Erosion by Plastic Contact	p. 90
Energetic Erosion Theory	p. 90
Verification and Modification of Energetic Erosion Theory	p. 93
Erosion by Brittle Behaviour	p. 99
Modelling of Wear	p. 99
Verification of the Model	p. 104
Calculation of Erosive Wear of Composite Materials	p. 107
Prediction of Relative Erosion Resistance	p. 117
References	p. 125
Erosion Resistance of Powder Materials and Coatings	p. 129
Groups and Properties of Wear Resistant Materials and Coatings	p. 129
Erosion Resistance of Advanced Ceramic Materials and Coatings	p. 131
Erosion Resistance of Ceramic-Metal Composites and Coatings at Room Temperature	p. 134
Erosion of Ceramic-Metal Composites	p. 134
Erosion of Coatings	p. 145
Erosion Resistance of Ceramic-Metal Materials and Coatings at Elevated Temperatures	p. 150
Erosion of Ceramic-Metal Composites	p. 150
Erosion of Coatings	p. 153
Criteria for Erosive Wear Resistant Material and Coating Selection	p. 156
Tribological Criteria	p. 156
Structural Criteria	p. 159
Qualitative Criteria	p. 163
References	p. 166
Improvement of Erosion Resistance of Industrial Equipment	p. 169
Fans and Exhausters	p. 169
Influence of Geometrical Parameters of the Rotor on the Erosion Rate	p. 170
Design Methods for Reducing Erosion of Rotors	p. 174
Disintegrators	p. 176
Use of Disintegrators in the Building Industry	p. 176
Disintegrator as a Machine for Treatment of Different Materials by Collision	p. 177
Application of Wear Resistant Materials and Coatings in Disintegrators	p. 179
Improvement of Disintegrator Design	p. 183
Cyclones for Ash Separation	p. 187
Cyclone Working Conditions	p. 187
Determination of the Impact Parameters of Erosive Particles	p. 188
Drying Line Equipment at Peat-Briquette Works	p. 190
Disintegrator as a Device for Milling of Mineral Ores	p. 192
Materials to be Studied	p. 193
Grindability and Abrasivity of Mineral Materials and Ores	p. 194
Prediction of Relative Erosion Resistance of the Grinding Media	p. 197
References	p. 199
Index	p. 203
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Solid Particle Erosion

Occurrence, Prediction and Control

At a Glance

Hardcover

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Defective items

You Can Find This Book In

Other Editions and Formats

Paperback

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