Slurry ErosionASTM International, 1987 - 271 pages |
Table des matières
Overview | 2 |
Ball Mill and Hub Test Methods for Slurry Erosion Evaluation of Materials | 5 |
Discussion | 17 |
Slurry Erosion and Abrasion of MetalCeramic Coatings | 19 |
Discussion | 44 |
The Relative Erosivity of CoalOil CoalWater and Petroleum CokeOil Slurries | 46 |
Erosivity of Coal Particles in CoalSolvent Slurries | 62 |
The Validity of Fuel Recycling During Erosivity Testing Using CoalWater Liquid Fuels | 78 |
JetinSlit and Vibratory Methods for Slurry ErosionCorrosion Tests of Materials | 141 |
The SAR Number for Slurry Abrasion Resistance | 155 |
Discussion | 164 |
A New FlowThrough Slurry Erosion Wear Test | 168 |
Discussion | 184 |
Test Approach for Dense Slurry Erosion | 185 |
Experience with the Wet SandRubber Wheel Abrasion Test | 211 |
Discussion | 241 |
A Review of Pipeline Slurry Erosion Measurements and Research Recommendations | 91 |
Comparison Between Laboratory Characterization and Field Performance of Steel Mud Pump Liners Coated with CM 500L a TungstenCarbon Alloy | 103 |
Discussion | 116 |
Corrosion Rate Measurements and CorrosionErosion Protection in Limestone Slurry Scrubbers | 118 |
Discussion | 139 |
Hydraulic and Metallurgical Criteria in Slurry Pumping System Design | 243 |
| 261 | |
Author Index | 272 |
Autres éditions - Tout afficher
Slurry Erosion: Uses, Applications, and Test Methods : a Symposium John Evans Miller,Frederick Schmidt Aucun aperçu disponible - 1987 |
Expressions et termes fréquents
1987 ASTM International abrasion resistance alloy alumina Alundum Annealed Applications ASTM International ASTM International www.astm.org carbide carbon steel coal particles coating coke Copyright 1987 ASTM corrosion rates curve damage rate demisters durometer eroded erosion rate erosion tests erosion wear erosion-corrosion factor hardness Hastelloy impact impeller impingement J. E. Miller laboratory liner liquid Marble bed martensitic mass loss materials measured metal microstructure Miller Number Miller test Mils/Year neoprene NITRONIC NITRONIC 30 nozzle parameters particle size pipe pipe material round-robin rubber wheel sample SAR Number scrubber shown in Fig silica sand simulation slurry abrasion Slurry Erosion slurry pipeline slurry pot slurry pumping slurry test solid particles stainless steel standard surface Table Test Methods test results tungsten carbide Type UHMW vacuum bottoms values valve velocity viscosity volume loss wear rate wear resistance wear test weight loss Wheel Abrasion Test