Synthesis, Processing, and Modelling of Advanced Materials
Published on 1. January 1992
384 pages
978-3-0357-0338-2 (ISBN)
Description
The volume presents the results of the 2nd ASM Paris conference on advanced materials. The theme of the meeting was selected to recognize that materials have matured to a stage where significant advances in the future require more than the traditional microstructure-mechanical property relationships approach. Greater emphasis must rahter be placed on synthesis/processing and modelling of advanced materials to achieve enhanced levels of physical and mechanical performance.
The volume presents the results of the 2nd ASM Paris conference on advanced materials. The theme of the meeting was selected to recognize that materials have matured to a stage where significant advances in the future require more than the traditional microstructure-mechanical property relationships approach. Greater emphasis must rahter be placed on synthesis/processing and modelling of advanced materials to achieve enhanced levels of physical and mechanical performance.
More details
Series
Language
English
Place of publication
Zurich-Durnten
Switzerland
Target group
College/higher education
Professional and scholarly
Illustrations
Illustrations, unspecified
File size
17,82 MB
ISBN-13
978-3-0357-0338-2 (9783035703382)
DOI
10.4028/b-9HHr4l
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Additional editions
F.H. Froes | T. Khan
Synthesis, Processing, and Modelling of Advanced Materials
Book
01/1992
Trans Tech Publications Ltd
€326.83
Article exhausted; check different version
F.H. Froes | T. Khan
Synthesis, Processing, and Modelling of Advanced Materials
Software
01/1992
Trans Tech Publications Ltd
€302.90
Shipment within 10-20 days
Content
<ul><li>Preface</li><li>Advanced Aerospace Metals Requirements and Characteristics - An Overview </li><li>Materials for Advanced Aerospace Applications </li><li>Aerospace Applications of Advanced Aluminum Alloys</li><li>Advanced Ti<sub>3</sub>Al-Base Alloy Property Comparison </li><li>Advances in Steels for Aerospace Applications </li><li>Advanced Aluminum Aerospace Alloys in the USA - An Overview</li><li>Advances in Titanium Alloys </li><li>Advances in Cost Effective Processing of Titanium </li><li>Powder Metallurgy of Advanced Titanium Alloys </li><li>Design of a Forging Processing Route for a Gas Turbine Compressor Disc in IMI 834 </li><li>Nanometer Scale Materials - Characterization and Fabrication </li><li>Nanostructured Crystalline and Amorphous Solids </li><li>Advanced Aerospace Alloys via Rapid Solidification </li><li>Recent Developments in Superalloy Melting Technology </li><li>Rebirth of Mechanical Alloying </li><li>Kinematics of the Mechanical Alloying Process </li><li>Advances in Plasma Melting Technology </li><li>Thermodynamic Properties and Crystal Growth of Undercooled Liquid Alloys </li><li>Modelling of the Hot-Working of High Perfomance Alloys </li><li>The Simulation of Single Crystal Turbine Blade Solidification </li><li>High Perfomance Al Alloy by Cryogenic Milling </li><li>Wet Powder Pouring </li><li>Advances in High Performance P/M Materials and Processes </li><li>Advanced Aluminum Alloy Powders </li><li>Fracture Toughness and Fatigue Crack Growth of Intermetallics and Continuous Fibre Reinforced Titanium Based Alloys </li><li>Aerospace Applications of Intermetallics </li><li>Designing New Multi-Phase Intermetallic Materials Based on Phase Compatibility Considerations </li><li>The Production of Nickel Aluminide (NiAI) by Various Routes </li><li>Environmental Effects in Titanium Aluminides Alloys </li><li>Processing of Fiber Reinforced Titanium Composites </li><li>The World Won't Beat a Path to Your Door </li><li>Coating Particulate SiC in Aluminum Metal Matrix Composites </li><li>Development of Cast Aluminium Metal Matrix Composites </li><li>An ODS Material with Outstanding Creep and Oxidation Properties above 1100 degreesC </li></ul>
