The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 6, Section 4: Processing: Matrices and Composites

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 6, Section 4: Processing: Matrices and Composites
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Total Pages: 246
Release: 1989
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ISBN:
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The third annual report of the University Research Initiative project at UCSB on High-Temperature, High-Performance Composites consists of sections compiled in a total of six books. The first section in Book 1 is concerned with the properties and structure of bimaterial interfaces and the related problem of coating decohesion and cracking. The second section describes research on the strengths and fracture resistance of brittle matrix composites manufactured with fibers, whiskers and ductile phases. This information is presented in Books 2 and 3. The third section addresses the flow and creep strength of reinforced systems, with emphasis on effects of aspect ratio and the incidence of damage, and is offered in Book 4. The fourth section, Books 5 and 6, describes work on processing of intermetallic and ceramic matrices and composites, as well as numerical modelling of the melt-spinning process. (rrh).

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 5, Section 4: Processing: Matrices and Composites

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 5, Section 4: Processing: Matrices and Composites
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Total Pages: 274
Release: 1989
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ISBN:
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The third annual report of the University Research Initiative project at UCSB on High-Temperature, High-Performance Composites consists of sections compiled in a total of six books. The first section in Book 1 is concerned with the properties and structure of bimaterial interfaces and the related problem of coating decohesion and cracking. The second section describes research on the strengths and fracture resistance of brittle matrix composites manufactured with fibers, whiskers and ductile phases. This information is presented in Books 2 and 3. The third section addresses the flow and creep strength of reinforced systems, with emphasis on effects of aspect ratio and the incidence of damage, and is offered in Book 4. The fourth section, Books 5 and 6, describes work on processing of intermetallic and ceramic matrices and composites, as well as numerical modelling of the melt-spinning process. (KT).

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 1, Section 1: Coatings and Interfaces

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 1, Section 1: Coatings and Interfaces
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Total Pages: 400
Release: 1989
Genre:
ISBN:
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The third annual report of the University Research Initiative project at UCSB on High-Temperature, High-Performance Composites consists of four sections compiled in a total of six books. The first sections is concerned with coatings and interfaces and is expressed in Book 1. The second section focuses on strength and fracture resistance and is found in Books 2 and 3. The third section describes research on flow and creep strength, this information is presented in Book 4. The fourth section is concerned with various aspects of processing in matrices and composites and is described in Books 5. and 6. Keywords: Ceramics; Intermetallics; Toughening.

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 2, Section 2: Strength and Fracture Resistance

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 2, Section 2: Strength and Fracture Resistance
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Total Pages: 393
Release: 1989
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ISBN:
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The third annual report of the University Research Initiative project at UCSB on High-Temperature, High-Performance Composites consists of sections compiled in a total of six books. The first section in Book 1 is concerned with the properties and structure of bimaterial interfaces and the related problem of coating decohesion and cracking. The second section describes research on the strengths and fracture resistance of brittle matrix composites manufactured with fibers, whiskers and ductile phases. This information is presented in Books 2 and 3. The third section addresses the flow and creep strength of reinforced systems, with emphasis on effects of aspect ratio and the incidence of damage, and is offered in Book 4. The fourth section, Books 5 and 6, describes work on processing of intermetallic and ceramic matrices and composites, as well as numerical modelling of the melt-spinning process.

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 3, Section 2: Strength and Fracture Resistance

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 3, Section 2: Strength and Fracture Resistance
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Total Pages: 442
Release: 1989
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ISBN:
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The third annual report of the University Research Initiative project at UCSB on High-Temperature, High-Performance Composites consists of sections compiled in a total of six books. The first section in Book 1 is concerned with the properties and structure of bimaterial interfaces and the related problem of coating decohesion and cracking. The second section describes research on the strengths and fracture resistance of brittle matrix composites manufactured with fibers, whiskers and ductile phases. This information is presented in Books 2 and 3. The third section addresses the flow and creep strength of reinforced systems, with emphasis on effects of aspect ratio and the incidence of damage, and is offered in Book 4. The fourth section, Books 5 and 6, describes work on processing of intermetallic and ceramic matrices and composites, as well as numerical modelling of the melt-spinning process. This is Book 3, Section 2 of the series. Contents of this section pertain to: Strength and fracture resistance - Ductile reinforcement; and Matrix toughening. Keywords: Toughness, Ceramic composites, Brittleness, Ductility, Whisker composites, Cracks.

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 4. Constitutive Laws and Design

The Processing and Mechanical Properties of High Temperature/High Performance Composites. Book 4. Constitutive Laws and Design
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Total Pages: 484
Release: 1993
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ISBN:
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Partial Contents: Remarks on Crack-Bridging Concepts; Notch Ductile- to-Brittle Transition due to Localized Inelastic Band; On the Tensile Strength of a Fiber-Reinforced Ceramic Composites Containing a Crack-Like Flaw; Mechanical Behavior of a Continuous Fiber-Reinforced Aluminum Matrix Composite Subjected to Transverse and Thermal Loading; Modeling of Anisotropic Behavior of Weakly Bonded Fiber Reinforced MMCs; Transverse Ductility of Metal Matrix Composites; Localization due to Damage in Two Direction Fiber Reinforced Composites; On the Notch-Sensitivity and Toughness of a Ceramic Composite; Thermal, Mechanical and Creep Behavior of Metal Matrix Composite; and The Treatment of Fatigue and Damage Accumulation in Composite Design.

The Processing and Mechanical Properties of High Temperature/ High Performance Composites. Processing/Property Correlations

The Processing and Mechanical Properties of High Temperature/ High Performance Composites. Processing/Property Correlations
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Total Pages: 410
Release: 1994
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ISBN:
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This document contains the following topics: (1) A fiber fracture model for metal matrix composite monotape consolidation; (2) Effects of composite processing on the strength of sapphire fiber-reinforced composites; (3) On the flexural properties of brittle multilayer materials; (4) The microstructure of SiC/C composites and relationships with mechanical properties; (5) Microstructural observations on constrained densification of alumina powder containing a periodic array of sapphire fibers; (6) Material issues in layered forming; (7) Thermal modelling and experimental testing of Md spray shape deposition processes; (8) Liquid precursor infiltration and pyrolysis of powder compacts; (9) Influence of interparticle force on the rheological behavior of pressure-consolidated alumina particle slurries; (10) Evolution of a metastable FCC solid solution during sputter deposition of Ti-Al-B alloys; (11) Novel ODS copper alloys from rapidly-solidified precursors; (12) Mechanical properties of partially dense alumina produced from powder compacts.

The Processing and Mechanical Properties of High Temperature/ High Performance Composites. Stress Redistribution and Notch Properties

The Processing and Mechanical Properties of High Temperature/ High Performance Composites. Stress Redistribution and Notch Properties
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Total Pages: 317
Release: 1994
Genre:
ISBN:
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Topics discussed in this document include: (1) Cracking and stress redistribution in ceramic layered composites; (2) Notch sensitivity and stress redistribution in CMCs; (3) Notch-sensitivity and shear bands in brittle matrix composites; (4) On large scale sliding in fiber-reinforced composites; (5) On the tensile strength of a fiber-reinforced ceramic composite containing a crack- like flaw; (6) SiC/CAS: a notch insensitive ceramic matrix composite; (7) On the tensile properties of a fiber reinforced titanium matrix composite; (8) Localization due to damage in two directions for fiber reinforced composites; (9) An elliptical inclusion embedded in an anisotropic body; (10) On the strength of fiber reinforced ceramic composites containing an elliptic hole; (11) On the theoretical toughness and strength of ceramic composites; (12) Microlaminated high temperature intermetallic composites; and (13) Fracture toughness of Al-4%Mg/Al2O3P composites.