Equations and Verification of New Diffusion Parameters

Zoltán Dudás

doi:10.4028/www.scientific.net/MSF.589.293

Paper Titles

Preparation of MWCNT/Carbon Fabric Reinforced Hybrid Nanocomposite and Examination of its Mechanical Properties
p.269

A New Technique for Characterization of Residual Stresses in Glass Surfaces: Scratch Test Completed with Image Analysis
p.275

Investigation of Time-Dependent Behavior of Starch-Based, Injection Molded Biodegradable Polymer
p.281

Evaluation of Microgravity Heat Conductivity Measurements with FLUENT System
p.287

Equations and Verification of New Diffusion Parameters
p.293

Transformation of Temperature and Time Diagrams Constructed by Different Time Intervals Applying the Newton Formula
p.299

The Effect of a Rotating Magnetic Field on the Solidification of A356 Alloy Modified by Strontium
p.305

Computer Aided Measuring of Textile-Mechanical Parameters
p.311

A Two-Dimensional Cellular Automaton Simulation for the Description of the Austenitization in Hypoeutectoid and Eutectoid Fe-C Steels
p.317

HomeMaterials Science ForumMaterials Science Forum Vol. 589Equations and Verification of New Diffusion...

Equations and Verification of New Diffusion Parameters

Abstract:

This document shows the equations and some calculation results of two new Diffusion parameters. The Diffusion parameters assist the calculation of different temperature or time values for equivalent diffusion processes. The Diffusion parameters include temperature dependent and temperature independent factors. The document shows that the introduced Diffusion parameter is suitable for the accurate calculations of the temperature and time values for equal simple diffusion processes. The document shows, that the frequently used Larson-Miller parameter (LMP) does not give accurate results if we use the temperature and time values of equal simple diffusion equations for the LMP calculations.