Sintering technology 1st Edition by GerMan Messing ISBN 0824797752 9780824797751 by German, Randall M;messing, Gary L;cornwall, Robert G 9780824797751, 9781000105391, 9781000127270, 9781000148602, 9781003067566, 0824797752, 1000105393, 1000127273, 1000148602 instant download after payment.

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ISBN 10: 0824797752 
ISBN 13: 9780824797751
Author: GerMan Messing

Based on the sintering conference held at the Pennsylvania State University, USA, this text presents advances in the application of sintering to the most important industrial materials. It offers results on both solid-state and microphase sintering as well as microstructure evolution, and introduces new applications, processes, materials and solutions to technical problems.

Sintering technology 1st Table of contents:

1. Contributors
2. Neck Growth
3. De-sintering, A Phenomenon Concurrent with Densification Within Powder Compacts: A Review
4. Evolution of Strength Determining Flaws During Sintering
5. Problems in Viscoelastic Neck Growth
6. Elasto-Creep Sintering Analysis by Macro-Micro Modeling
7. Estimation of the Densification Kinetics of Particle Aggregates Through the Simulation of the Deformation of an Average Interparticle Neck
8. Numerical Determination of Critical Strain Rate for Neck Rupture for Evaporation-Condensation Sintering of Isotropic Particles
9. Vapor Transport and Sintering
10. A Stereological Examination of Porous Alumina Microstructures During Densification
11. Anomalous Densification of Complex Ceramics in the Initial Sintering Stage
12. Sintering Kinetics of ZnO During Initial Stages
13. Small Particle Sintering
14. Sintering Processes of Metallic Nano-Particles: A Study by Molecular-Dynamics Simulations
15. Sintering and Grain Growth of Ultrafine Ce02 Powders
16. Sintering Behavior of Nano-sized Silicon Powders
17. Sintering of Supported Gold Catalysts
18. Cermets and Non-oxide Ceramics
19. FE-Simulation of Compaction and Solid State Sintering of Cemented Carbides
20. On the Sintering of Cemented Carbides
21. Solid State Sintering of Cemented Carbides
22. Modeling of Solid-State Sintering of Cemented Carbides
23. Grain Growth of Carbide-Based Cermets During Liquid Phase Sintering
24. Gas Formation in Fe-Mo-C Below the cc-y Transition
25. Effects of WB Addition on Sinterability of Cr3C2 Cermets
26. Sintering of Binder Modified Mo2Fe(Ni)B2-Fe(Ni) Cermets and Their Properties
27. Sintering of SiCN-Nanocomposite Materials
28. Strength and Microstructure Evaluation of Si3N4/SiC Composites
29. Sintering of Aluminum Nitride with Y203 by Secondary Phase Composition Control
30. Liquid Phase Sintering
31. The Microstructures of Liquid Phase Sintered Materials
32. Theoretical Analysis of Final-Stage Liquid-Phase Sintering
33. Relationship Between Contact Angle and Surface Tensions
34. Solid-State Sintering in the Presence of a Liquid Phase
35. Microstructural Homogenization in PM High Strength Steels Through Sintering With Transient Liquid Phase
36. Liquid-Phase Sintering of Iron Aluminide-Bonded Ceramics
37. Alterations of Boride Particle Coarsening by an Addition of Cr to a Mo-Ni-B Alloy During Liquid Phase Sintering
38. Developments in the Sintering of Tungsten Heavy Alloys
39. Relationship Between Sintering Atmospheres and Mechanical Properties of P/M Al-20Si-5Fe-2Ni Products
40. Alumina-Sintering and Grain Growth
41. A New Method for Determining the Wulff Shape of Alumina
42. Processing and Sintering of a High Purity a-Al203 Powder
43. Characterization of the Sintering Behavior of Commercial Alumina Powder with a Neural Network
44. Direct Observation of Mg and Ca Segregation in Sintered Al203
45. Sintering Behavior of Ultra-High Purity Al203 Doped with Y and La
46. Grain Boundary Pinning in Al203-SiC
47. Titanium Effects on Sintering and Grain Growth of Alumina
48. Anisotropic Grain Growth in Alumina Ceramics
49. Grain Growth
50. Modeling Grain Growth and Pore Shrinkage During Solid-State Sintering
51. Computer Simulation of the Transient Grain Growth with Initial Uniform and Bimodal Size Distribution in Two-Dimensional Model
52. A Stochastic Simulation of Sintered Microstructures
53. Coarsening Behavior of An Alumina-Zirconia Composite (AZ50) Containing Liquid Phase
54. Computer Simulation of Microstructural Evolution in Two-Phase Polycrystals
55. Grain Growth Control via In-Situ Particle Formation and Zener Drag (Pinning) During the Sintering of ZnO
56. Sintering, Grain Growth and Homogeneity of Soft Lead Zirconate Titanate Prepared by Different Routes
57. Enhanced Sintering of Iron Compacts by the Addition of TiO2
58. Computer Simulation of Grain Growth During Liquid Phase Sintering
59. A New Computer Model of Ostwald Ripening
60. Novel and Reactive Sintering Processes
61. Plasma Activated Sintering (PAS) of p-Fe(Mn) Si(Al)2 Prepared by Mechanical Alloying (MA)
62. Microwave Sintering of Semiconducting Perovskite and Their Electrical Properties
63. The Use of an Electric Field as a Processing Parameter in the Synthesis and Densification of Powders Z.
64. Reaction Sintering: The Role of Microstructure
65. Processing, Sintering Behavior and Mechanical Properties of Reaction-Bonded Al2O3/ZrO2 Ceramics
66. The Effect of Two Stage Sintering on the Microstructural, Mechanical and Aging Properties of Y-TZP
67. Reactive Liquid Phase Sintering in Zinc Oxide Varistor Materials
68. Constrained Densification
69. The Influence of Primary Particles and Agglomerates on Pressure Assisted Sintering
70. Effect of Non-Densifying Inclusions on the Densification of Ceramic Matrix Composites
71. Rate Controlled Sintering of Cofired Multilayer Electronic Ceramics
72. Modeling Macroscopic Behaviour and Residual Stresses During Pressure Sintering of Barium Titanate 

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