Thermal Expansion of Alloys from the Al-Fe System

Anna Śmiglewicz; Magdalena Jabłońska

doi:10.4028/www.scientific.net/DDF.326-328.587

Paper Titles

Measurement of the Transverse Diffusion Coefficient of Charge in Liquid Xenon
p.567

Study of Phase Transformation in Alloys of the Al-Fe System
p.573

Evaluation of the System Free Energy in FG-HAZ of Mod.9Cr-1Mo Steel for Nuclear Power Plants
p.578

Effect of Manganese on Titanium Thin Films Adhesion Deposited on Steel Substrates
p.583

Thermal Expansion of Alloys from the Al-Fe System
p.587

Development of Nonlinear Analytical Models for the Study of Heat/Mass Transfer Properties in the Drying of Porous Type Fabric
p.593

Comparison of Two Models for Simulation of Binary Alloy Solidification
p.599

Application of Simplified Inverse Solution to Estimate the Thermo-Physical Parameters of Granular Porous Materials Bonded by Different Resins
p.605

Problem of Acceptability of Internal Porosity in Semi-Finished Cast Product as New Trend "Tolerance of Damage" Present in Modern Design Office
p.612

HomeDefect and Diffusion ForumDefect and Diffusion Forum Vols. 326-328Thermal Expansion of Alloys from the Al-Fe System

Thermal Expansion of Alloys from the Al-Fe System

Abstract:

In this work, the results of a dilatometric study of alloys on the base of the Al-Fe system were presented. Thermal expansion investigations of the alloys of the Al-Fe system with concentration of Al equal to - 38, 48, 58 at.% were also presented. The alloys were obtained by classical casting technique. The thermal expansion studies of the alloys were carried out by dilatometric analysis method using a Setsys thermal analyzer made by Setaram. A linear thermal expansion coefficient α was calculated using standard methods. A temperature dependence of the α coefficient was noted. The results are an important supplement of knowledge on the alloys of the Al-Fe system.